HEADSC 1dpd COMMNT S2C correlation file created: Sat Dec 27 05:57:15 EST 2003 COMMNT COMMNT If you use this database, please cite: COMMNT COMMNT Guoli Wang, Jonathan W. Arthur, and Roland L. Dunbrack, Jr. COMMNT "S2C: A database correlating sequence and atomic COMMNT coordinate numbering in the Protein Data Bank" COMMNT www.fccc.edu/research/labs/dubrack/s2c COMMNT Copyright (c) February 2000, April 2002. COMMNT COMMNT SEQCRD columns are as follows: COMMNT COMMNT Column Positions Item COMMNT 1 0-6 Record identifier COMMNT 2 8 Chain COMMNT 3 10 One letter residue code COMMNT 4 12-14 SEQRES three letter residue code COMMNT 5 16-18 ATOM three letter residue code COMMNT 6 20-24 SEQRES residue number COMMNT 7 26-31 ATOM residue number COMMNT 8 33 PDB secondary structure COMMNT 9 35 STRIDE secondary structure COMMNT 10 37-43 Error flags COMMNT COMMNT Secondary structrue annotation: COMMNT H: Helix E: Strand T: Turn COMMNT B: Bridge G: 310Helix C: Coil COMMNT SEQCRD 0 I ILE ILE 1 395 C C 4 SEQCRD 0 P PRO PRO 2 396 C C 4 SEQCRD 0 P PRO PRO 3 397 C C 4 SEQCRD 0 I ILE ILE 4 398 C C 4 SEQCRD 0 P PRO PRO 5 399 C C 4 SEQCRD 0 P PRO PRO 6 400 C C 4 SEQCRD 0 V VAL VAL 7 401 C C 4 SEQCRD 0 D ASP ASP 8 402 C C 4 SEQCRD 0 F PHE PHE 9 403 H G 45 SEQCRD 0 A ALA ALA 10 404 H G 45 SEQCRD 0 K LYS LYS 11 405 H G 45 SEQCRD 0 Y TYR TYR 12 406 C C 4 SEQCRD 0 G GLY GLY 13 407 C C 4 SEQCRD 0 E GLU GLU 14 408 C C 4 SEQCRD 0 I ILE ILE 15 409 C C 4 SEQCRD 0 E GLU GLU 16 410 C C 4 SEQCRD 0 E GLU GLU 17 411 C C 4 SEQCRD 0 V VAL VAL 18 412 C C 4 SEQCRD 0 P PRO PRO 19 413 C C 4 SEQCRD 0 M MET MET 20 414 C C 4 SEQCRD 0 T THR THR 21 415 C C 4 SEQCRD 0 R ARG ARG 22 416 H H 4 SEQCRD 0 L LEU LEU 23 417 H H 4 SEQCRD 0 M MET MET 24 418 H H 4 SEQCRD 0 Q GLN GLN 25 419 H H 4 SEQCRD 0 I ILE ILE 26 420 H H 4 SEQCRD 0 G GLY GLY 27 421 H H 4 SEQCRD 0 A ALA ALA 28 422 H H 4 SEQCRD 0 T THR THR 29 423 H H 4 SEQCRD 0 N ASN ASN 30 424 H H 4 SEQCRD 0 L LEU LEU 31 425 H H 4 SEQCRD 0 H HIS HIS 32 426 H H 4 SEQCRD 0 R ARG ARG 33 427 H H 4 SEQCRD 0 S SER SER 34 428 H H 4 SEQCRD 0 W TRP TRP 35 429 H H 4 SEQCRD 0 L LEU LEU 36 430 H H 4 SEQCRD 0 N ASN ASN 37 431 H H 4 SEQCRD 0 V VAL VAL 38 432 C C 4 SEQCRD 0 P PRO PRO 39 433 C C 4 SEQCRD 0 H HIS HIS 40 434 E E 4 SEQCRD 0 V VAL VAL 41 435 E E 4 SEQCRD 0 T THR THR 42 436 E E 4 SEQCRD 0 Q GLN GLN 43 437 E E 4 SEQCRD 0 F PHE PHE 44 438 E E 4 SEQCRD 0 E GLU GLU 45 439 E E 4 SEQCRD 0 S SER SER 46 440 E E 4 SEQCRD 0 A ALA ALA 47 441 E E 4 SEQCRD 0 D ASP ASP 48 442 E E 4 SEQCRD 0 I ILE ILE 49 443 C H 45 SEQCRD 0 T THR THR 50 444 H H 4 SEQCRD 0 E GLU GLU 51 445 H H 4 SEQCRD 0 L LEU LEU 52 446 H H 4 SEQCRD 0 E GLU GLU 53 447 H H 4 SEQCRD 0 A ALA ALA 54 448 H H 4 SEQCRD 0 F PHE PHE 55 449 H H 4 SEQCRD 0 R ARG ARG 56 450 H H 4 SEQCRD 0 V VAL VAL 57 451 H H 4 SEQCRD 0 A ALA ALA 58 452 H H 4 SEQCRD 0 Q GLN GLN 59 453 H H 4 SEQCRD 0 K LYS LYS 60 454 H H 4 SEQCRD 0 A ALA ALA 61 455 H H 4 SEQCRD 0 V VAL VAL 62 456 H H 4 SEQCRD 0 A ALA ALA 63 457 H H 4 SEQCRD 0 E GLU GLU 64 458 H H 4 SEQCRD 0 K LYS LYS 65 459 H H 4 SEQCRD 0 A ALA ALA 66 460 C H 45 SEQCRD 0 G GLY GLY 67 461 C C 4 SEQCRD 0 V VAL VAL 68 462 C C 4 SEQCRD 0 K LYS LYS 69 463 C C 4 SEQCRD 0 L LEU LEU 70 464 C C 4 SEQCRD 0 T THR THR 71 465 C C 4 SEQCRD 0 V VAL VAL 72 466 H H 4 SEQCRD 0 L LEU LEU 73 467 H H 4 SEQCRD 0 P PRO PRO 74 468 H H 4 SEQCRD 0 L LEU LEU 75 469 H H 4 SEQCRD 0 L LEU LEU 76 470 H H 4 SEQCRD 0 L LEU LEU 77 471 H H 4 SEQCRD 0 K LYS LYS 78 472 H H 4 SEQCRD 0 A ALA ALA 79 473 H H 4 SEQCRD 0 C CYS CYS 80 474 H H 4 SEQCRD 0 A ALA ALA 81 475 H H 4 SEQCRD 0 Y TYR TYR 82 476 H H 4 SEQCRD 0 L LEU LEU 83 477 H H 4 SEQCRD 0 L LEU LEU 84 478 H H 4 SEQCRD 0 K LYS LYS 85 479 H H 4 SEQCRD 0 E GLU GLU 86 480 H H 4 SEQCRD 0 L LEU LEU 87 481 C C 4 SEQCRD 0 P PRO PRO 88 482 H G 45 SEQCRD 0 D ASP ASP 89 483 H G 45 SEQCRD 0 F PHE PHE 90 484 H G 45 SEQCRD 0 N ASN ASN 91 485 H C 45 SEQCRD 0 S SER SER 92 486 E E 4 SEQCRD 0 S SER SER 93 487 E E 4 SEQCRD 0 L LEU LEU 94 488 E E 4 SEQCRD 0 A ALA ALA 95 489 C T 45 SEQCRD 0 P PRO PRO 96 490 C T 45 SEQCRD 0 S SER SER 97 491 C T 45 SEQCRD 0 G GLY GLY 98 492 C T 45 SEQCRD 0 Q GLN GLN 99 493 C T 45 SEQCRD 0 A ALA ALA 100 494 C T 45 SEQCRD 0 L LEU LEU 101 495 E E 4 SEQCRD 0 I ILE ILE 102 496 E E 4 SEQCRD 0 R ARG ARG 103 497 E E 4 SEQCRD 0 K LYS LYS 104 498 C C 4 SEQCRD 0 K LYS LYS 105 499 C C 4 SEQCRD 0 Y TYR TYR 106 500 C C 4 SEQCRD 0 V VAL VAL 107 501 C C 4 SEQCRD 0 H HIS HIS 108 502 C E 45 SEQCRD 0 I ILE ILE 109 503 E E 4 SEQCRD 0 G GLY GLY 110 504 E E 4 SEQCRD 0 F PHE PHE 111 505 E E 4 SEQCRD 0 A ALA ALA 112 506 C C 4 SEQCRD 0 V VAL VAL 113 507 E E 4 SEQCRD 0 D ASP ASP 114 508 E E 4 SEQCRD 0 T THR THR 115 509 E E 4 SEQCRD 0 P PRO PRO 116 510 C T 45 SEQCRD 0 D ASP ASP 117 511 C T 45 SEQCRD 0 G GLY GLY 118 512 E E 4 SEQCRD 0 L LEU LEU 119 513 E E 4 SEQCRD 0 L LEU LEU 120 514 E E 4 SEQCRD 0 V VAL VAL 121 515 C C 4 SEQCRD 0 P PRO PRO 122 516 C C 4 SEQCRD 0 V VAL VAL 123 517 C E 45 SEQCRD 0 I ILE ILE 124 518 C E 45 SEQCRD 0 R ARG ARG 125 519 C E 45 SEQCRD 0 N ASN ASN 126 520 C T 45 SEQCRD 0 V VAL VAL 127 521 H G 45 SEQCRD 0 D ASP ASP 128 522 H G 45 SEQCRD 0 Q GLN GLN 129 523 H G 45 SEQCRD 0 K LYS LYS 130 524 C C 4 SEQCRD 0 S SER SER 131 525 C C 4 SEQCRD 0 L LEU LEU 132 526 H H 4 SEQCRD 0 L LEU LEU 133 527 H H 4 SEQCRD 0 Q GLN GLN 134 528 H H 4 SEQCRD 0 L LEU LEU 135 529 H H 4 SEQCRD 0 A ALA ALA 136 530 H H 4 SEQCRD 0 A ALA ALA 137 531 H H 4 SEQCRD 0 E GLU GLU 138 532 H H 4 SEQCRD 0 A ALA ALA 139 533 H H 4 SEQCRD 0 A ALA ALA 140 534 H H 4 SEQCRD 0 E GLU GLU 141 535 H H 4 SEQCRD 0 L LEU LEU 142 536 H H 4 SEQCRD 0 A ALA ALA 143 537 H H 4 SEQCRD 0 E GLU GLU 144 538 H H 4 SEQCRD 0 K LYS LYS 145 539 H H 4 SEQCRD 0 A ALA ALA 146 540 H H 4 SEQCRD 0 R ARG ARG 147 541 H H 4 SEQCRD 0 S SER SER 148 542 C H 45 SEQCRD 0 K LYS LYS 149 543 C C 4 SEQCRD 0 K LYS LYS 150 544 C C 4 SEQCRD 0 L LEU LEU 151 545 C C 4 SEQCRD 0 G GLY GLY 152 546 C C 4 SEQCRD 0 A ALA ALA 153 547 H G 45 SEQCRD 0 D ASP ASP 154 548 H G 45 SEQCRD 0 A ALA ALA 155 549 H G 45 SEQCRD 0 M MET MET 156 550 H G 45 SEQCRD 0 Q GLN GLN 157 551 C C 4 SEQCRD 0 G GLY GLY 158 552 C C 4 SEQCRD 0 A ALA ALA 159 553 C C 4 SEQCRD 0 C CYS CYS 160 554 C C 4 SEQCRD 0 F PHE PHE 161 555 E E 4 SEQCRD 0 T THR THR 162 556 E E 4 SEQCRD 0 I ILE ILE 163 557 E E 4 SEQCRD 0 A ALA ALA 164 558 E E 4 SEQCRD 0 S SER SER 165 559 E E 4 SEQCRD 0 L LEU LEU 166 560 C T 45 SEQCRD 0 G GLY GLY 167 561 C T 45 SEQCRD 0 H HIS HIS 168 562 C T 45 SEQCRD 0 I ILE ILE 169 563 C T 45 SEQCRD 0 G GLY GLY 170 564 C T 45 SEQCRD 0 G GLY GLY 171 565 C C 4 SEQCRD 0 T THR THR 172 566 C C 4 SEQCRD 0 A ALA ALA 173 567 C C 4 SEQCRD 0 F PHE PHE 174 568 C C 4 SEQCRD 0 T THR THR 175 569 C C 4 SEQCRD 0 P PRO PRO 176 570 C C 4 SEQCRD 0 I ILE ILE 177 571 C C 4 SEQCRD 0 V VAL VAL 178 572 C C 4 SEQCRD 0 N ASN ASN 179 573 C T 45 SEQCRD 0 A ALA ALA 180 574 C T 45 SEQCRD 0 P PRO PRO 181 575 C T 45 SEQCRD 0 E GLU GLU 182 576 C T 45 SEQCRD 0 V VAL VAL 183 577 C T 45 SEQCRD 0 A ALA ALA 184 578 E E 4 SEQCRD 0 I ILE ILE 185 579 E E 4 SEQCRD 0 L LEU LEU 186 580 E E 4 SEQCRD 0 G GLY GLY 187 581 E E 4 SEQCRD 0 V VAL VAL 188 582 E E 4 SEQCRD 0 S SER SER 189 583 C C 4 SEQCRD 0 K LYS LYS 190 584 C C 4 SEQCRD 0 A ALA ALA 191 585 C C 4 SEQCRD 0 S SER SER 192 586 E E 4 SEQCRD 0 M MET MET 193 587 E E 4 SEQCRD 0 Q GLN GLN 194 588 E E 4 SEQCRD 0 P PRO PRO 195 589 E E 4 SEQCRD 0 V VAL VAL 196 590 E E 4 SEQCRD 0 W TRP TRP 197 591 E E 4 SEQCRD 0 D ASP ASP 198 592 C T 45 SEQCRD 0 G GLY GLY 199 593 C T 45 SEQCRD 0 K LYS LYS 200 594 C T 45 SEQCRD 0 A ALA ALA 201 595 C T 45 SEQCRD 0 F PHE PHE 202 596 E E 4 SEQCRD 0 Q GLN GLN 203 597 E E 4 SEQCRD 0 P PRO PRO 204 598 E E 4 SEQCRD 0 R ARG ARG 205 599 E E 4 SEQCRD 0 L LEU LEU 206 600 E E 4 SEQCRD 0 M MET MET 207 601 E E 4 SEQCRD 0 L LEU LEU 208 602 E E 4 SEQCRD 0 P PRO PRO 209 603 E E 4 SEQCRD 0 L LEU LEU 210 604 E E 4 SEQCRD 0 S SER SER 211 605 E E 4 SEQCRD 0 L LEU LEU 212 606 E E 4 SEQCRD 0 S SER SER 213 607 E E 4 SEQCRD 0 Y TYR TYR 214 608 E E 4 SEQCRD 0 D ASP ASP 215 609 E E 4 SEQCRD 0 H HIS HIS 216 610 C T 45 SEQCRD 0 R ARG ARG 217 611 C T 45 SEQCRD 0 V VAL VAL 218 612 C T 45 SEQCRD 0 I ILE ILE 219 613 C T 45 SEQCRD 0 N ASN ASN 220 614 C C 4 SEQCRD 0 G GLY GLY 221 615 H H 4 SEQCRD 0 A ALA ALA 222 616 H H 4 SEQCRD 0 A ALA ALA 223 617 H H 4 SEQCRD 0 A ALA ALA 224 618 H H 4 SEQCRD 0 A ALA ALA 225 619 H H 4 SEQCRD 0 R ARG ARG 226 620 H H 4 SEQCRD 0 F PHE PHE 227 621 H H 4 SEQCRD 0 T THR THR 228 622 H H 4 SEQCRD 0 K LYS LYS 229 623 H H 4 SEQCRD 0 R ARG ARG 230 624 H H 4 SEQCRD 0 L LEU LEU 231 625 H H 4 SEQCRD 0 G GLY GLY 232 626 H H 4 SEQCRD 0 D ASP ASP 233 627 H H 4 SEQCRD 0 L LEU LEU 234 628 H H 4 SEQCRD 0 L LEU LEU 235 629 H H 4 SEQCRD 0 A ALA ALA 236 630 H H 4 SEQCRD 0 D ASP ASP 237 631 C C 4 SEQCRD 0 I ILE ILE 238 632 H G 45 SEQCRD 0 R ARG ARG 239 633 H G 45 SEQCRD 0 A ALA ALA 240 634 H G 45 SEQCRD 0 I ILE ILE 241 635 H G 45 SEQCRD 0 L LEU LEU 242 636 C G 45 SEQCRD 0 L LEU LEU 243 637 C C 4 COMMNT S2CERR 1 0 No standard amino acid code S2CERR 2 0 SEQRES and ATOM residue names differ S2CERR 3 0 No ATOM record S2CERR 4 243 SEQRES and ATOM residue numbers differ S2CERR 5 53 PDB and STRIDE secondary structures differ S2CERR 6 0 PDB secondary structure is absent S2CERR 7 0 STRIDE secondary structure is absent COMMNT COMMNT Crystallographic technical parameters: PARAME method 'X-RAY DIFFRACTION' PARAME resolution 2.7 PARAME R-factor 0.184 PARAME B-factor ? COMMNT COMMNT Reference database information: DATABA source: DATABA SWS: ODP2_AZOVI (P10802) COMMNT DATABA mutation: DATABA ALA A 164 --> SER 558 CONFLICT