HEADSC 1paq COMMNT S2C correlation file created: Wed Dec 28 15:38:15 EST 2005 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 dunbrack.fccc.edu/Guoli/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 A M MET --- 1 - - - 367 SEQCRD A S SER --- 2 - - - 367 SEQCRD A V VAL --- 3 - - - 367 SEQCRD A N ASN --- 4 - - - 367 SEQCRD A S SER --- 5 - - - 367 SEQCRD A I ILE --- 6 - - - 367 SEQCRD A Y TYR --- 7 - - - 367 SEQCRD A T THR --- 8 - - - 367 SEQCRD A D ASP --- 9 - - - 367 SEQCRD A R ARG --- 10 - - - 367 SEQCRD A E GLU --- 11 - - - 367 SEQCRD A E GLU --- 12 - - - 367 SEQCRD A I ILE --- 13 - - - 367 SEQCRD A D ASP --- 14 - - - 367 SEQCRD A S SER --- 15 - - - 367 SEQCRD A E GLU --- 16 - - - 367 SEQCRD A F PHE --- 17 - - - 367 SEQCRD A E GLU --- 18 - - - 367 SEQCRD A D ASP --- 19 - - - 367 SEQCRD A E GLU --- 20 - - - 367 SEQCRD A D ASP ASP 21 544 H H 4 SEQCRD A F PHE PHE 22 545 H H 4 SEQCRD A E GLU GLU 23 546 H H 4 SEQCRD A K LYS LYS 24 547 H H 4 SEQCRD A E GLU GLU 25 548 H H 4 SEQCRD A G GLY GLY 26 549 H H 4 SEQCRD A I ILE ILE 27 550 H H 4 SEQCRD A A ALA ALA 28 551 H H 4 SEQCRD A T THR THR 29 552 H H 4 SEQCRD A V VAL VAL 30 553 H H 4 SEQCRD A E GLU GLU 31 554 H H 4 SEQCRD A R ARG ARG 32 555 H H 4 SEQCRD A A ALA ALA 33 556 H H 4 SEQCRD A M MSE MSE 34 557 H H 4 SEQCRD A E GLU GLU 35 558 H H 4 SEQCRD A N ASN ASN 36 559 H H 4 SEQCRD A N ASN ASN 37 560 C C 4 SEQCRD A H HIS HIS 38 561 C C 4 SEQCRD A D ASP ASP 39 562 H C 45 SEQCRD A L LEU LEU 40 563 H H 4 SEQCRD A D ASP ASP 41 564 H H 4 SEQCRD A T THR THR 42 565 H H 4 SEQCRD A A ALA ALA 43 566 H H 4 SEQCRD A L LEU LEU 44 567 H H 4 SEQCRD A L LEU LEU 45 568 H H 4 SEQCRD A E GLU GLU 46 569 H H 4 SEQCRD A L LEU LEU 47 570 H H 4 SEQCRD A N ASN ASN 48 571 H H 4 SEQCRD A T THR THR 49 572 H H 4 SEQCRD A L LEU LEU 50 573 H H 4 SEQCRD A R ARG ARG 51 574 H H 4 SEQCRD A M MSE MSE 52 575 H H 4 SEQCRD A S SER SER 53 576 H H 4 SEQCRD A M MSE MSE 54 577 H H 4 SEQCRD A N ASN ASN 55 578 C C 4 SEQCRD A V VAL VAL 56 579 C C 4 SEQCRD A T THR THR 57 580 H C 45 SEQCRD A Y TYR TYR 58 581 H H 4 SEQCRD A H HIS HIS 59 582 H H 4 SEQCRD A E GLU GLU 60 583 H H 4 SEQCRD A V VAL VAL 61 584 H H 4 SEQCRD A R ARG ARG 62 585 H H 4 SEQCRD A I ILE ILE 63 586 H H 4 SEQCRD A A ALA ALA 64 587 H H 4 SEQCRD A T THR THR 65 588 H H 4 SEQCRD A I ILE ILE 66 589 H H 4 SEQCRD A T THR THR 67 590 H H 4 SEQCRD A A ALA ALA 68 591 H H 4 SEQCRD A L LEU LEU 69 592 H H 4 SEQCRD A L LEU LEU 70 593 H H 4 SEQCRD A R ARG ARG 71 594 H H 4 SEQCRD A R ARG ARG 72 595 H H 4 SEQCRD A V VAL VAL 73 596 H H 4 SEQCRD A Y TYR TYR 74 597 H H 4 SEQCRD A H HIS HIS 75 598 H H 4 SEQCRD A F PHE PHE 76 599 H H 4 SEQCRD A I ILE ILE 77 600 H H 4 SEQCRD A A ALA ALA 78 601 H H 4 SEQCRD A T THR THR 79 602 H H 4 SEQCRD A Q GLN GLN 80 603 C T 45 SEQCRD A T THR THR 81 604 C T 45 SEQCRD A L LEU LEU 82 605 C T 45 SEQCRD A G GLY GLY 83 606 H T 45 SEQCRD A P PRO PRO 84 607 H H 4 SEQCRD A K LYS LYS 85 608 H H 4 SEQCRD A D ASP ASP 86 609 H H 4 SEQCRD A A ALA ALA 87 610 H H 4 SEQCRD A V VAL VAL 88 611 H H 4 SEQCRD A V VAL VAL 89 612 H H 4 SEQCRD A K LYS LYS 90 613 H H 4 SEQCRD A V VAL VAL 91 614 H H 4 SEQCRD A F PHE PHE 92 615 H H 4 SEQCRD A N ASN ASN 93 616 H H 4 SEQCRD A Q GLN GLN 94 617 H H 4 SEQCRD A W TRP TRP 95 618 H H 4 SEQCRD A G GLY GLY 96 619 H G 45 SEQCRD A L LEU LEU 97 620 H G 45 SEQCRD A L LEU LEU 98 621 H G 45 SEQCRD A F PHE PHE 99 622 H G 45 SEQCRD A K LYS LYS 100 623 H G 45 SEQCRD A R ARG ARG 101 624 H G 45 SEQCRD A Q GLN GLN 102 625 H T 45 SEQCRD A A ALA ALA 103 626 C T 45 SEQCRD A F PHE PHE 104 627 C T 45 SEQCRD A D ASP ASP 105 628 H C 45 SEQCRD A E GLU GLU 106 629 H H 4 SEQCRD A E GLU GLU 107 630 H H 4 SEQCRD A E GLU GLU 108 631 H H 4 SEQCRD A Y TYR TYR 109 632 H H 4 SEQCRD A I ILE ILE 110 633 H H 4 SEQCRD A D ASP ASP 111 634 H H 4 SEQCRD A L LEU LEU 112 635 H H 4 SEQCRD A M MSE MSE 113 636 H H 4 SEQCRD A N ASN ASN 114 637 H H 4 SEQCRD A I ILE ILE 115 638 H H 4 SEQCRD A I ILE ILE 116 639 H H 4 SEQCRD A M MSE MSE 117 640 H H 4 SEQCRD A E GLU GLU 118 641 H H 4 SEQCRD A K LYS LYS 119 642 H H 4 SEQCRD A I ILE ILE 120 643 H H 4 SEQCRD A V VAL VAL 121 644 H H 4 SEQCRD A E GLU GLU 122 645 H H 4 SEQCRD A Q GLN GLN 123 646 H H 4 SEQCRD A S SER SER 124 647 H C 45 SEQCRD A F PHE PHE 125 648 C T 45 SEQCRD A D ASP ASP 126 649 C T 45 SEQCRD A K LYS LYS 127 650 H T 45 SEQCRD A P PRO PRO 128 651 H H 4 SEQCRD A D ASP ASP 129 652 H H 4 SEQCRD A L LEU LEU 130 653 H H 4 SEQCRD A I ILE ILE 131 654 H H 4 SEQCRD A L LEU LEU 132 655 H H 4 SEQCRD A F PHE PHE 133 656 H H 4 SEQCRD A S SER SER 134 657 H H 4 SEQCRD A A ALA ALA 135 658 H H 4 SEQCRD A L LEU LEU 136 659 H H 4 SEQCRD A V VAL VAL 137 660 H H 4 SEQCRD A S SER SER 138 661 H H 4 SEQCRD A L LEU LEU 139 662 H H 4 SEQCRD A Y TYR TYR 140 663 H H 4 SEQCRD A D ASP ASP 141 664 H H 4 SEQCRD A N ASN ASN 142 665 H H 4 SEQCRD A D ASP ASP 143 666 C T 45 SEQCRD A I ILE ILE 144 667 C T 45 SEQCRD A I ILE ILE 145 668 C T 45 SEQCRD A E GLU GLU 146 669 H T 45 SEQCRD A E GLU GLU 147 670 H H 4 SEQCRD A D ASP ASP 148 671 H H 4 SEQCRD A V VAL VAL 149 672 H H 4 SEQCRD A I ILE ILE 150 673 H H 4 SEQCRD A Y TYR TYR 151 674 H H 4 SEQCRD A K LYS LYS 152 675 H H 4 SEQCRD A W TRP TRP 153 676 H H 4 SEQCRD A W TRP TRP 154 677 H H 4 SEQCRD A D ASP ASP 155 678 H H 4 SEQCRD A N ASN ASN 156 679 H H 4 SEQCRD A V VAL VAL 157 680 C C 4 SEQCRD A S SER SER 158 681 C C 4 SEQCRD A T THR THR 159 682 C C 4 SEQCRD A D ASP ASP 160 683 H C 45 SEQCRD A P PRO PRO 161 684 H G 45 SEQCRD A R ARG ARG 162 685 H G 45 SEQCRD A Y TYR TYR 163 686 H G 45 SEQCRD A D ASP ASP 164 687 H H 4 SEQCRD A E GLU GLU 165 688 H H 4 SEQCRD A V VAL VAL 166 689 H H 4 SEQCRD A K LYS LYS 167 690 H H 4 SEQCRD A K LYS LYS 168 691 H H 4 SEQCRD A L LEU LEU 169 692 H H 4 SEQCRD A T THR THR 170 693 H H 4 SEQCRD A V VAL VAL 171 694 H H 4 SEQCRD A K LYS LYS 172 695 H H 4 SEQCRD A W TRP TRP 173 696 H H 4 SEQCRD A V VAL VAL 174 697 H H 4 SEQCRD A E GLU GLU 175 698 H H 4 SEQCRD A W TRP TRP 176 699 H H 4 SEQCRD A L LEU LEU 177 700 H H 4 SEQCRD A Q GLN GLN 178 701 H H 4 SEQCRD A N ASN ASN 179 702 H H 4 SEQCRD A A ALA ALA 180 703 H H 4 SEQCRD A D ASP ASP 181 704 C C 4 SEQCRD A E GLU --- 182 - - - 367 SEQCRD A E GLU --- 183 - - - 367 SEQCRD A S SER --- 184 - - - 367 SEQCRD A S SER --- 185 - - - 367 SEQCRD A S SER --- 186 - - - 367 SEQCRD A E GLU --- 187 - - - 367 SEQCRD A E GLU --- 188 - - - 367 SEQCRD A E GLU --- 189 - - - 367 COMMNT S2CERR 1 0 No standard amino acid code S2CERR 2 0 SEQRES and ATOM residue names differ S2CERR 3 28 No ATOM record S2CERR 4 161 SEQRES and ATOM residue numbers differ S2CERR 5 28 PDB and STRIDE secondary structures differ S2CERR 6 28 PDB secondary structure is absent S2CERR 7 28 STRIDE secondary structure is absent COMMNT COMMNT Crystallographic technical parameters: PARAME method 'X-RAY DIFFRACTION' PARAME resolution 2.30 PARAME R-factor 0.2439 PARAME B-factor ? COMMNT COMMNT Reference database information: DATABA source: DATABA SWS: E2BE_YEAST (P32501) COMMNT DATABA mutation: DATABA MSE A 52 --> MET 575 'MODIFIED RESIDUE' DATABA MSE A 34 --> MET 557 'MODIFIED RESIDUE' DATABA MSE A 117 --> MET 640 'MODIFIED RESIDUE' DATABA MSE A 54 --> MET 577 'MODIFIED RESIDUE' DATABA MSE A 113 --> MET 636 'MODIFIED RESIDUE'