1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 0.00000 0.00000 0.00000 Lamosa, P. Brennan, L. Vis, H. Turner, D.L. Santos, H. http://mmcif.pdb.org/dictionaries/ascii/mmcif_pdbx.dic 1 90.00 90.00 90.00 1.000 1.000 1.000 C3 H7 N O2 89.093 y ALANINE L-peptide linking C4 H7 N O4 133.103 y ASPARTIC ACID L-peptide linking C3 H7 N O2 S 121.158 y CYSTEINE L-peptide linking C5 H10 N2 O3 146.144 y GLUTAMINE L-peptide linking C5 H9 N O4 147.129 y GLUTAMIC ACID L-peptide linking C2 H5 N O2 75.067 y GLYCINE peptide linking C6 H13 N O2 131.173 y ISOLEUCINE L-peptide linking C6 H13 N O2 131.173 y LEUCINE L-peptide linking C6 H15 N2 O2 1 147.195 y LYSINE L-peptide linking C5 H11 N O2 S 149.211 y METHIONINE L-peptide linking C9 H11 N O2 165.189 y PHENYLALANINE L-peptide linking C5 H9 N O2 115.130 y PROLINE L-peptide linking C3 H7 N O3 105.093 y SERINE L-peptide linking C4 H9 N O3 119.119 y THREONINE L-peptide linking C11 H12 N2 O2 204.225 y TRYPTOPHAN L-peptide linking C9 H11 N O3 181.189 y TYROSINE L-peptide linking C5 H11 N O2 117.146 y VALINE L-peptide linking 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 O N 21 N O N 22 N O N 23 N H N 24 N H N 25 N H N 26 N H N 27 N H N 28 N H N 29 N H N 30 N N N 31 R C N 32 N C N 33 N O N 34 N C N 35 N S N 36 N O N 37 N H N 38 N H N 39 N H N 40 N H N 41 N H N 42 N H N 43 N H N 44 N N N 45 S C N 46 N C N 47 N O N 48 N C N 49 N C N 50 N C N 51 N O N 52 N N N 53 N O N 54 N H N 55 N H N 56 N H N 57 N H N 58 N H N 59 N H N 60 N H N 61 N H N 62 N H N 63 N H N 64 N N N 65 S C N 66 N C N 67 N O N 68 N C N 69 N C N 70 N C N 71 N O N 72 N O N 73 N O N 74 N H N 75 N H N 76 N H N 77 N H N 78 N H N 79 N H N 80 N H N 81 N H N 82 N H N 83 N N N 84 N C N 85 N C N 86 N O N 87 N O N 88 N H N 89 N H N 90 N H N 91 N H N 92 N H N 93 N N N 94 S C N 95 N C N 96 N O N 97 S C N 98 N C N 99 N C N 100 N C N 101 N O 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 H N 111 N H N 112 N H N 113 N H N 114 N H N 115 N N N 116 S C N 117 N C N 118 N O N 119 N C N 120 N C N 121 N C N 122 N C N 123 N O 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 H N 133 N H N 134 N H N 135 N H N 136 N H N 137 N N N 138 S C N 139 N C N 140 N O N 141 N C N 142 N C N 143 N C N 144 N C N 145 N N N 146 N O 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 H N 158 N H N 159 N H N 160 N H N 161 N H N 162 N N N 163 S C N 164 N C N 165 N O N 166 N C N 167 N C N 168 N S N 169 N C N 170 N O N 171 N H 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 N N 183 S C N 184 N C N 185 N O N 186 N C Y 187 N C Y 188 N C Y 189 N C Y 190 N C Y 191 N C Y 192 N C N 193 N O 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 203 N H N 204 N H N 205 N N N 206 S C N 207 N C N 208 N O N 209 N C N 210 N C N 211 N C N 212 N O N 213 N H N 214 N H N 215 N H N 216 N H N 217 N H N 218 N H N 219 N H N 220 N H N 221 N H N 222 N N N 223 S C N 224 N C N 225 N O N 226 N C N 227 N O N 228 N O N 229 N H N 230 N H N 231 N H N 232 N H N 233 N H N 234 N H N 235 N H N 236 N N N 237 S C N 238 N C N 239 N O N 240 R C N 241 N O N 242 N C N 243 N O N 244 N H N 245 N H N 246 N H N 247 N H N 248 N H N 249 N H N 250 N H N 251 N H N 252 N H N 253 N N N 254 S C N 255 N C N 256 N O N 257 N C Y 258 N C Y 259 N C Y 260 N C Y 261 N N Y 262 N C Y 263 N C Y 264 N C Y 265 N C Y 266 N C N 267 N O N 268 N H N 269 N H N 270 N H N 271 N H N 272 N H N 273 N H N 274 N H N 275 N H N 276 N H N 277 N H N 278 N H N 279 N H N 280 N N N 281 S C N 282 N C N 283 N O N 284 N C Y 285 N C Y 286 N C Y 287 N C Y 288 N C Y 289 N C Y 290 N C N 291 N O N 292 N O N 293 N H N 294 N H N 295 N H N 296 N H N 297 N H N 298 N H N 299 N H N 300 N H N 301 N H N 302 N H N 303 N H N 304 N N N 305 S C N 306 N C N 307 N O N 308 N C N 309 N C N 310 N C N 311 N O N 312 N H N 313 N H N 314 N H N 315 N H N 316 N H N 317 N H N 318 N H N 319 N H N 320 N H N 321 N H N 322 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 doub 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 sing N 34 N doub 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 sing N 46 N sing N 47 N doub N 48 N sing N 49 N sing N 50 N sing N 51 N sing N 52 N sing N 53 N sing N 54 N sing N 55 N doub N 56 N sing N 57 N sing N 58 N sing N 59 N sing N 60 N sing N 61 N sing N 62 N sing N 63 N sing N 64 N sing N 65 N sing N 66 N doub N 67 N sing N 68 N sing N 69 N sing N 70 N sing N 71 N sing N 72 N sing N 73 N sing N 74 N doub N 75 N sing N 76 N sing N 77 N sing N 78 N sing N 79 N sing N 80 N sing N 81 N sing N 82 N sing N 83 N sing N 84 N doub N 85 N sing N 86 N sing N 87 N sing N 88 N sing N 89 N sing N 90 N sing N 91 N sing N 92 N sing N 93 N doub 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 sing N 112 N sing N 113 N sing N 114 N doub 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 sing N 133 N sing N 134 N sing N 135 N doub 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 sing N 157 N sing N 158 N sing N 159 N doub N 160 N sing N 161 N sing N 162 N sing N 163 N sing N 164 N sing N 165 N sing N 166 N sing N 167 N sing N 168 N sing N 169 N sing N 170 N sing N 171 N sing N 172 N sing N 173 N sing N 174 N sing N 175 N sing N 176 N sing N 177 N sing N 178 N doub N 179 N sing N 180 N sing N 181 N sing N 182 N sing Y 183 N doub Y 184 N sing Y 185 N sing N 186 N sing Y 187 N doub N 188 N sing Y 189 N doub N 190 N sing Y 191 N sing N 192 N sing N 193 N sing N 194 N sing N 195 N sing N 196 N sing N 197 N sing N 198 N sing N 199 N sing N 200 N sing N 201 N doub N 202 N sing N 203 N sing N 204 N sing N 205 N sing N 206 N sing N 207 N sing N 208 N sing N 209 N sing N 210 N sing N 211 N sing N 212 N sing N 213 N sing N 214 N sing N 215 N sing N 216 N sing N 217 N sing N 218 N doub N 219 N sing N 220 N sing N 221 N sing N 222 N sing N 223 N sing N 224 N sing N 225 N sing N 226 N sing N 227 N sing N 228 N sing N 229 N sing N 230 N sing N 231 N doub N 232 N sing N 233 N sing N 234 N sing N 235 N sing N 236 N sing N 237 N sing N 238 N sing N 239 N sing N 240 N sing N 241 N sing N 242 N sing N 243 N sing N 244 N sing N 245 N sing N 246 N sing N 247 N doub N 248 N sing N 249 N sing N 250 N sing N 251 N sing Y 252 N doub Y 253 N sing Y 254 N sing N 255 N sing Y 256 N doub Y 257 N sing Y 258 N sing N 259 N sing Y 260 N sing Y 261 N doub N 262 N sing Y 263 N doub N 264 N sing Y 265 N sing N 266 N sing N 267 N sing N 268 N sing N 269 N sing N 270 N sing N 271 N sing N 272 N sing N 273 N sing N 274 N sing N 275 N doub N 276 N sing N 277 N sing N 278 N sing N 279 N sing Y 280 N doub Y 281 N sing Y 282 N sing N 283 N sing Y 284 N doub N 285 N sing Y 286 N doub N 287 N sing Y 288 N sing N 289 N sing N 290 N sing N 291 N sing N 292 N sing N 293 N sing N 294 N sing N 295 N sing N 296 N sing N 297 N sing N 298 N sing N 299 N doub N 300 N sing N 301 N sing N 302 N sing N 303 N sing N 304 N sing N 305 N sing N 306 N sing N 307 N sing N 308 N sing N 309 N sing N 310 N sing DE Extremophiles 1431-0651 5 303 311 11699644 NMR structure of Desulfovibrio gigas rubredoxin: a model for studying protein stabilization by compatible solutes. 2001 US Appl.Environ.Microbiol. AEMIDF 2106 0099-2240 66 1974 10.1128/AEM.66.5.1974-1979.2000 10788369 Thermostabilization of Proteins by Diglycerol Phosphate, a New Compatible Solute from the Hyperthermophile Archaeoglobus Fulgidus 2000 10.2210/pdb1e8j/pdb pdb_00001e8j 1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 0.00000 0.00000 0.00000 IRON-SULFUR-PROTEIN, ZINC SUBSTITUTED 5682.304 RUBREDOXIN 1 man polymer no no MDIYVCTVCGYEYDPAKGDPDSGIKPGTKFEDLPDDWACPVCGASKDAFEKQ MDIYVCTVCGYEYDPAKGDPDSGIKPGTKFEDLPDDWACPVCGASKDAFEKQ A polypeptide(L) n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n sample CYTOPLASM 879 DESULFOVIBRIO GIGAS CYTOPLASM RDDG 562 ESCHERICHIA COLI JM109 PRPPL1 citation pdbx_database_status chem_comp_atom chem_comp_bond database_2 repository Initial release Database references Derived calculations Other Structure summary Version format compliance Data collection Database references Other Data collection Database references 1 0 2001-10-18 1 1 2013-01-30 1 2 2019-10-09 1 3 2024-05-15 _citation.page_last _citation.title _pdbx_database_status.status_code_mr _database_2.pdbx_DOI _database_2.pdbx_database_accession PDBE Y PDBE 2000-09-21 REL REL LEAST RESTRAINT VIOLATION 500 20 2D-1H-NOESY 2D-1H-TOCSY 2D-1H-COSY 7.6 pH 308 K TORSION ANGLE DYNAMICS WITH SIMULATED ANNEALING 1 D.L.TURNER,L.BRENNAN,H. MEYER,C.LOHAUS, C.SIETHOFF,H.S.COSTA,B.GONZALEZ,H.SANTOS, J.E.SUAREZ refinement INDYANA structure solution INDYANA 500 Bruker DRX MET 1 n 1 MET 1 A ASP 2 n 2 ASP 2 A ILE 3 n 3 ILE 3 A TYR 4 n 4 TYR 4 A VAL 5 n 5 VAL 5 A CYS 6 n 6 CYS 6 A THR 7 n 7 THR 7 A VAL 8 n 8 VAL 8 A CYS 9 n 9 CYS 9 A GLY 10 n 10 GLY 10 A TYR 11 n 11 TYR 11 A GLU 12 n 12 GLU 12 A TYR 13 n 13 TYR 13 A ASP 14 n 14 ASP 14 A PRO 15 n 15 PRO 15 A ALA 16 n 16 ALA 16 A LYS 17 n 17 LYS 17 A GLY 18 n 18 GLY 18 A ASP 19 n 19 ASP 19 A PRO 20 n 20 PRO 20 A ASP 21 n 21 ASP 21 A SER 22 n 22 SER 22 A GLY 23 n 23 GLY 23 A ILE 24 n 24 ILE 24 A LYS 25 n 25 LYS 25 A PRO 26 n 26 PRO 26 A GLY 27 n 27 GLY 27 A THR 28 n 28 THR 28 A LYS 29 n 29 LYS 29 A PHE 30 n 30 PHE 30 A GLU 31 n 31 GLU 31 A ASP 32 n 32 ASP 32 A LEU 33 n 33 LEU 33 A PRO 34 n 34 PRO 34 A ASP 35 n 35 ASP 35 A ASP 36 n 36 ASP 36 A TRP 37 n 37 TRP 37 A ALA 38 n 38 ALA 38 A CYS 39 n 39 CYS 39 A PRO 40 n 40 PRO 40 A VAL 41 n 41 VAL 41 A CYS 42 n 42 CYS 42 A GLY 43 n 43 GLY 43 A ALA 44 n 44 ALA 44 A SER 45 n 45 SER 45 A LYS 46 n 46 LYS 46 A ASP 47 n 47 ASP 47 A ALA 48 n 48 ALA 48 A PHE 49 n 49 PHE 49 A GLU 50 n 50 GLU 50 A LYS 51 n 51 LYS 51 A GLN 52 n 52 GLN 52 A author_defined_assembly 1 monomeric 1.0000000000 0.0000000000 0.0000000000 0.0000000000 1.0000000000 0.0000000000 0.0000000000 0.0000000000 1.0000000000 1_555 x,y,z identity operation 0.0000000000 0.0000000000 0.0000000000 A N VAL 5 A N VAL 5 A O GLU 50 A O GLU 50 1 A A O H TYR TYR 4 13 1.52 2 A A O HG1 LYS THR 25 28 1.50 3 A A O HG1 LYS THR 25 28 1.47 3 A A H O CYS ALA 39 44 1.59 4 A A O HG1 LYS THR 25 28 1.50 5 A A O HG1 LYS THR 25 28 1.50 6 A A O H ASP GLY 14 18 1.50 7 A A O HG1 LYS THR 25 28 1.47 8 A A O HG1 LYS THR 25 28 1.58 9 A A O HG1 LYS THR 25 28 1.54 10 A A O HG1 LYS THR 25 28 1.51 10 A A O H ASP GLY 14 18 1.51 11 A A HG22 OXT VAL GLN 5 52 1.40 11 A A O HG1 LYS THR 25 28 1.51 12 A A O HG1 LYS THR 25 28 1.53 12 A A O H TYR TYR 4 13 1.59 13 A A O HG1 LYS THR 25 28 1.56 13 A A OE1 OXT GLU GLN 50 52 1.88 14 A A O H ASP GLY 14 18 1.54 15 A A O H ASP GLY 14 18 1.52 15 A A O HG1 LYS THR 25 28 1.54 15 A A O H TYR TYR 4 13 1.59 16 A A O HG1 LYS THR 25 28 1.51 16 A A O H TYR TYR 4 13 1.57 16 A A CG1 OXT VAL GLN 5 52 2.16 17 A A O H ASP LYS 14 17 1.53 18 A A O HG1 LYS THR 25 28 1.54 19 A A O H TYR TYR 4 13 1.58 20 A A O HG1 LYS THR 25 28 1.57 20 A A H O CYS ALA 39 44 1.59 1 A ASP 2 173.38 45.71 1 A ASP 14 50.22 99.85 1 A SER 22 159.87 -26.88 1 A PRO 34 -42.31 165.54 1 A ASP 36 -144.87 18.21 1 A CYS 39 -42.20 100.31 1 A ALA 44 -24.68 133.05 1 A SER 45 -57.75 -175.41 1 A LYS 46 -90.53 38.65 1 A LYS 51 -42.62 100.71 2 A CYS 9 -120.20 -68.40 2 A ASP 21 -133.62 -74.52 2 A PRO 34 -42.30 165.27 2 A ASP 36 -148.80 20.68 2 A CYS 39 -42.98 100.68 2 A ALA 44 -26.11 135.13 2 A SER 45 -60.28 -171.57 2 A LYS 46 -91.08 36.00 2 A PHE 49 -36.07 149.46 2 A LYS 51 -44.63 98.20 3 A ASP 2 -171.88 96.60 3 A CYS 9 -120.17 -67.81 3 A TYR 11 35.29 -151.26 3 A GLU 12 163.58 82.92 3 A PRO 20 -60.73 -164.11 3 A ASP 21 81.62 33.59 3 A SER 22 69.82 95.39 3 A PRO 34 -41.11 163.38 3 A ASP 36 -151.70 22.07 3 A CYS 39 -43.32 100.81 3 A ALA 44 -23.55 131.57 3 A SER 45 -58.67 -170.89 3 A LYS 46 -92.28 30.92 3 A PHE 49 -36.53 149.62 3 A LYS 51 -40.20 98.20 4 A ASP 2 -172.64 135.74 4 A CYS 9 -120.32 -68.91 4 A TYR 11 34.68 -150.18 4 A GLU 12 163.08 80.25 4 A ASP 21 179.26 60.92 4 A SER 22 39.57 52.55 4 A PRO 34 -31.87 -70.82 4 A ASP 35 151.80 -49.39 4 A CYS 39 -44.43 101.34 4 A ALA 44 -21.64 128.79 4 A SER 45 -53.78 -171.76 4 A LYS 46 -92.83 30.34 4 A PHE 49 -35.78 149.81 4 A LYS 51 -40.51 98.30 5 A ASP 2 165.05 -72.99 5 A CYS 9 -120.93 -68.51 5 A ASP 19 -155.99 75.05 5 A ASP 21 179.22 -56.81 5 A PRO 34 -43.36 167.01 5 A ASP 36 -145.87 18.95 5 A CYS 39 -42.67 100.52 5 A ALA 44 -26.79 136.51 5 A SER 45 -54.43 -170.95 5 A LYS 51 -40.38 105.08 6 A TYR 11 35.33 -151.30 6 A GLU 12 163.39 79.97 6 A SER 22 76.28 -56.43 6 A PRO 34 -33.49 -70.13 6 A ASP 35 150.70 -47.17 6 A CYS 39 -44.30 101.38 6 A ALA 44 -21.12 128.74 6 A SER 45 -52.51 -174.06 6 A LYS 46 -92.34 30.55 6 A LYS 51 -47.03 99.15 7 A ASP 2 -172.84 81.57 7 A GLU 12 -56.52 109.49 7 A ASP 19 -150.29 64.21 7 A PRO 20 -56.51 -162.00 7 A SER 22 62.27 101.49 7 A PRO 34 -43.60 165.58 7 A ASP 36 -144.25 17.67 7 A CYS 39 -43.62 100.86 7 A ALA 44 -25.56 134.70 7 A SER 45 -60.40 -173.35 7 A LYS 46 -90.54 38.34 7 A LYS 51 -47.76 108.69 8 A ASP 2 -103.16 64.52 8 A CYS 9 -126.28 -65.47 8 A TYR 11 34.97 -150.79 8 A GLU 12 169.19 89.13 8 A ASP 19 -156.90 73.97 8 A SER 22 -164.21 29.42 8 A ASP 35 153.65 -47.40 8 A ALA 48 -39.26 -84.36 8 A PHE 49 -33.93 131.18 8 A LYS 51 61.23 147.70 9 A ASP 2 -171.89 69.05 9 A CYS 9 -123.65 -65.20 9 A ASP 19 -161.12 87.31 9 A ASP 21 -115.95 62.54 9 A SER 22 174.48 -36.57 9 A ASP 35 153.75 -46.57 9 A ASP 47 -85.64 47.01 9 A LYS 51 -43.62 101.06 10 A ASP 2 171.79 110.43 10 A CYS 9 -120.32 -68.01 10 A TYR 11 33.87 -148.08 10 A GLU 12 159.61 84.10 10 A SER 22 60.62 70.45 10 A PRO 34 -42.07 165.29 10 A ASP 36 -148.70 20.37 10 A CYS 39 -43.68 100.92 10 A ALA 44 -23.05 131.16 10 A SER 45 -56.91 -171.52 10 A PHE 49 -36.24 149.06 10 A LYS 51 -40.25 99.60 11 A TYR 11 37.02 -155.28 11 A GLU 12 169.59 87.14 11 A PRO 20 -89.13 43.23 11 A ASP 21 -165.38 52.21 11 A SER 22 -177.88 -53.15 11 A PRO 34 -41.78 164.64 11 A ASP 36 -145.70 18.35 11 A CYS 39 -43.78 101.02 11 A ALA 44 -25.28 135.64 11 A SER 45 -60.88 -172.10 11 A LYS 46 -91.85 31.02 11 A LYS 51 -40.23 102.11 12 A ASP 2 -178.25 79.20 12 A ASP 19 -161.49 80.04 12 A SER 22 84.34 -56.23 12 A PRO 34 -43.47 167.22 12 A ASP 36 -145.90 19.02 12 A CYS 39 -43.18 100.99 12 A ALA 44 -26.77 136.23 12 A SER 45 -54.98 -169.48 12 A LYS 51 -38.50 98.51 13 A ASP 2 40.33 86.27 13 A CYS 9 -125.65 -68.06 13 A ASP 19 -155.95 87.33 13 A ASP 21 -141.44 -51.66 13 A PRO 34 -41.64 164.39 13 A ASP 36 -152.15 22.96 13 A ASP 47 -84.57 48.72 13 A ALA 48 -131.34 -45.57 13 A LYS 51 -39.94 104.37 14 A TYR 11 33.36 -147.18 14 A GLU 12 160.04 79.44 14 A ASP 19 -162.07 82.41 14 A PRO 20 -76.13 -163.84 14 A SER 22 81.68 91.69 14 A PRO 34 -47.70 -18.73 14 A ASP 35 87.74 -45.98 14 A CYS 39 -45.62 102.09 14 A ALA 44 -23.25 131.84 14 A SER 45 -53.53 -171.22 14 A LYS 51 -39.96 102.90 15 A ASP 2 -175.70 65.63 15 A ASP 19 -158.23 78.70 15 A ASP 21 177.98 57.83 15 A SER 22 165.22 -58.14 15 A PRO 34 -43.22 166.69 15 A ASP 36 -145.99 19.01 15 A CYS 39 -43.07 100.73 15 A ALA 44 -27.26 136.69 15 A SER 45 -55.97 -168.41 15 A LYS 51 -40.04 100.24 16 A ASP 2 57.06 95.62 16 A SER 22 159.82 -27.54 16 A PRO 34 -44.29 165.71 16 A ASP 36 -143.82 17.66 16 A CYS 39 -44.27 101.55 16 A ALA 44 -26.21 135.87 16 A SER 45 -53.86 -170.60 16 A LYS 51 -39.91 103.02 17 A CYS 9 -126.38 -68.61 17 A TYR 11 33.74 -146.81 17 A GLU 12 164.17 84.23 17 A ASP 21 45.97 75.51 17 A SER 22 175.30 -35.11 17 A ASP 35 85.00 -50.29 17 A VAL 41 -84.01 -70.51 17 A ASP 47 -86.50 44.82 17 A LYS 51 -39.75 106.77 18 A ASP 19 -163.55 75.13 18 A ASP 21 74.96 -69.58 18 A SER 22 -52.09 -72.56 18 A PRO 34 -42.46 165.45 18 A ASP 36 -148.81 20.43 18 A CYS 39 -42.99 100.78 18 A ALA 44 -26.13 135.22 18 A SER 45 -54.13 -170.19 18 A LYS 51 -40.22 102.94 19 A GLU 12 -56.40 104.03 19 A ASP 19 -157.88 83.44 19 A ASP 21 -131.82 -53.41 19 A ASP 36 156.50 -25.18 19 A CYS 39 -44.64 101.59 19 A ALA 44 -27.22 137.24 19 A SER 45 -62.77 -171.71 19 A LYS 46 -90.87 35.48 19 A PHE 49 -35.73 149.18 19 A LYS 51 -40.33 98.44 20 A ASP 2 -159.47 83.45 20 A CYS 9 -120.27 -68.84 20 A TYR 11 34.63 -150.30 20 A GLU 12 162.56 78.32 20 A PRO 34 -32.60 -70.66 20 A ASP 35 151.97 -49.24 20 A CYS 39 -44.89 101.67 20 A ALA 44 -20.58 127.41 20 A SER 45 -55.10 -172.47 20 A LYS 46 -92.40 34.23 20 A PHE 49 -35.24 149.49 20 A LYS 51 -40.44 98.19 SOLUTION STRUCTURE OF DESULFOVIBRIO GIGAS ZINC RUBREDOXIN, NMR, 20 STRUCTURES 1 N N ELECTRON TRANSPORT ELECTRON TRANSPORT, ZINC-SUBSTITUTION, THERMOSTABILITY RUBR_DESGI UNP 1 P00270 1 52 1E8J 1 52 P00270 A 1 1 52 2 anti-parallel A TYR 4 A TYR 4 A VAL 5 A VAL 5 A GLU 50 A GLU 50 A LYS 51 A LYS 51 1 P 1