5CNQ - Sequence, Chains, Asymmetric and Biological Units

• Title: CRYSTAL STRUCTURE OF THE HOLLIDAY JUNCTION-RESOLVING ENZYME IN COMPLEX WITH PRODUCT DNA, MG2+ AND MN2+ IONS
• Keywords: GEN1, 4-WAY HOLIDAY JUNCTION, RESOLVASE, DNA DAMAGE REPAIR, REPLICATION
• Experiment: X-ray diffraction
• Number of Models: 1

Database	ID code	Status	Coordinate files
			Header	Asymmetric unit	Biological unit
PDB	5CNQ	released	available	available	Quaternary Structure Server

Asymmetric unit from PDB

Unit	Type	Name	Chain ID	Residues	Atoms	Hetatoms
1	Protein	NUCLEASE-LIKE PROTEIN	A	392	3015	56
2	Other macromolecule	R	R	16	298	0
3	Other macromolecule	DNA (5'-D(*TP*GP*AP*GP*CP*GP*GP*TP*GP*GP*TP*TP*GP 3')	H	15	297	0
4	Ligand	NUCLEASE-LIKE PROTEIN	A	2	0	2
5	Water			65	0	66
total				490	3610	124

Proteins

Unit 1

GLY 2 ILE 3 LYS 4 GLY 5 ILE 6 TYR 7 LYS 8 GLU 9 ILE 10 GLY 11 SER 12 GLY 13 GLU 14 ARG 15 ILE 16 SER 17 LEU 18 CYS 19 LYS 20 LEU 21 ALA 22 ILE 23 ASP 24 HIS 25 LEU 26 GLU 27 GLN 28 HIS 29 ASN 30 ARG 31 PRO 32 LEU 33 ARG 34 LEU 35 ALA 36 ILE 37 ASP 38 MSE 39 ALA 40 ILE 41 TRP 42 GLN 43 PHE 44 GLN 45 ILE 46 GLN 47 ALA 48 ALA 49 ARG 50 GLY 51 GLY 52 SER 53 ASN 54 PRO 55 ALA 56 ILE 57 ARG 58 THR 59 LEU 60 PHE 61 TYR 62 ARG 63 PHE 64 VAL 65 ARG 66 LEU 67 LEU 68 SER 69 LEU 70 GLY 71 ILE 72 HIS 73 PRO 74 ILE 75 PHE 76 VAL 77 PHE 78 ASP 79 GLY 80 PRO 81 ASN 82 LYS 83 PRO 84 GLY 97 VAL 98 SER 99 THR 100 ALA 101 MSE 102 ALA 103 LYS 104 ARG 105 LEU 106 ILE 107 ARG 108 LEU 109 PHE 110 GLY 111 PHE 112 THR 113 ALA 114 HIS 115 ASP 116 ALA 117 PRO 118 GLY 119 GLU 120 ALA 121 GLU 122 ALA 123 GLU 124 CYS 125 ALA 126 TYR 127 LEU 128 GLU 129 GLN 130 GLN 131 GLY 132 ILE 133 VAL 134 ASP 135 ALA 136 VAL 137 LEU 138 SER 139 GLU 140 ASP 141 VAL 142 ASP 143 THR 144 ILE 145 MSE 146 PHE 147 GLY 148 SER 149 ARG 150 VAL 151 THR 152 LEU 153 ARG 154 ASP 155 TRP 156 SER 157 SER 158 GLU 159 GLY 163 GLY 164 PRO 165 PRO 166 THR 167 HIS 168 VAL 169 THR 170 LEU 171 HIS 172 ASP 173 ALA 174 LYS 175 LYS 176 ILE 177 ALA 178 GLU 179 GLY 180 PRO 181 SER 182 GLY 183 LEU 184 ASP 185 ARG 186 GLU 187 GLY 188 MSE 189 VAL 190 LEU 191 VAL 192 ALA 193 LEU 194 MSE 195 SER 196 GLY 197 GLY 198 GLY 204 ILE 205 PRO 206 GLY 207 CYS 208 GLY 209 ILE 210 LYS 211 VAL 212 ALA 213 CYS 214 GLN 215 ALA 216 ALA 217 LYS 218 ALA 219 GLY 220 PHE 221 GLY 222 LYS 223 GLU 224 LEU 225 CYS 226 ALA 235 ILE 236 THR 237 GLU 238 TRP 239 LYS 240 GLN 241 ARG 242 LEU 243 LEU 244 HIS 245 GLU 246 LEU 247 ARG 248 THR 249 ASN 250 GLU 251 SER 252 GLY 253 PHE 254 PHE 255 ARG 256 THR 257 LYS 258 HIS 259 LYS 260 ALA 261 LEU 262 GLU 263 ILE 264 PRO 265 GLU 266 ASN 267 PHE 268 PRO 269 ASN 270 MSE 271 GLU 272 VAL 273 LEU 274 ARG 275 TYR 276 TYR 277 THR 278 HIS 279 PRO 280 VAL 281 VAL 282 SER 283 SER 284 PRO 285 ALA 286 THR 287 ILE 288 GLU 289 ARG 290 LEU 291 ARG 292 GLN 293 GLU 294 PHE 295 PRO 296 PRO 297 SER 298 SER 299 THR 300 VAL 301 ASP 302 ILE 303 ALA 304 GLY 305 LEU 306 ARG 307 GLU 308 PHE 309 THR 310 ARG 311 GLU 312 THR 313 PHE 314 ASP 315 TRP 316 THR 317 PHE 318 ARG 319 PRO 320 GLY 321 ALA 322 ILE 323 LYS 324 LEU 325 ILE 326 LYS 327 VAL 328 LEU 329 ALA 330 PRO 331 GLY 332 LEU 333 LEU 334 VAL 335 GLN 336 ARG 337 CYS 338 LEU 339 ASP 340 ARG 341 TYR 342 GLU 357 GLU 358 SER 359 THR 360 LEU 361 VAL 362 LYS 363 GLY 364 ILE 365 SER 366 MSE 367 ARG 368 ARG 369 GLU 370 HIS 371 PHE 372 SER 373 THR 374 ASP 375 ALA 376 THR 377 PRO 378 GLU 379 LEU 380 ARG 381 VAL 382 SER 383 PHE 384 ILE 385 PRO 386 ALA 387 GLU 388 LEU 389 VAL 390 GLY 391 LEU 392 ASP 393 PRO 394 GLY 395 GLN 396 GLU 397 PRO 398 GLU 399 VAL 400 LYS 431 PRO 432 PHE 433 ASP 434 PRO 435 TRP 436 GLN 437 PRO 438 ASP 439 LEU 440 ALA 441 TRP 442 VAL 443 PRO 444 GLU 445 THR 446 ILE 447 LEU 448 LYS 449 LEU 450 GLY 451 VAL 452 PRO 453 VAL 454 THR 455 VAL 456 GLU 457 ASP 458 TRP 459 GLU 460 GLU 461 GLY 462 GLN 463 ARG 464 SER 465

Other macromolecules

Unit 2	DT 0 DA 1 DC 2 DC 3 DC 4 DA 5 DC 6 DC 7 DA 8 DC 9 DC 10 DG 11 DC 12 DT 13 DC 14 DA 15
Unit 3	DT 16 DG 17 DA 18 DG 19 DC 20 DG 21 DG 22 DT 23 DG 24 DG 25 DT 26 DT 27 DG 28 DG 29 DT 30

Ligands

Unit 4

MN 501 MN 502