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Title | CRYSTAL STRUCTURE OF THE D2 DOMAIN OF RPTPA | |
Keywords | TRANSMEMBRANE, HYDROLASE, PHOSPHORYLATION | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 1P15 | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | PROTEIN-TYROSINE PHOSPHATASE ALPHA | A | 245 | 1984 | 0 |
2 | Protein | PROTEIN-TYROSINE PHOSPHATASE ALPHA | B | 246 | 1990 | 0 |
3 | Water | 115 | 0 | 115 | ||
total | 606 | 3974 | 115 |
Unit 1 | MET542 ARG543 THR544 GLY545 ASN546 LEU547 PRO548 ALA549 ASN550 MET551 LYS552 LYS553 ASN554 ARG555 VAL556 LEU557 GLN558 ILE559 ILE560 PRO561 TYR562 GLU563 PHE564 ASN565 ARG566 VAL567 ILE568 ILE569 PRO570 VAL571 LYS572 ARG573 GLY574 GLU575 GLU576 ASN577 THR578 ASP579 TYR580 VAL581 ASN582 ALA583 SER584 PHE585 ILE586 ASP587 GLY588 TYR589 ARG590 GLN591 LYS592 ASP593 SER594 TYR595 ILE596 ALA597 SER598 GLN599 GLY600 PRO601 LEU602 LEU603 HIS604 THR605 ILE606 GLU607 ASP608 PHE609 TRP610 ARG611 MET612 ILE613 TRP614 GLU615 TRP616 LYS617 SER618 CYS619 SER620 ILE621 VAL622 MET623 LEU624 THR625 GLU626 LEU627 GLU628 GLU629 ARG630 GLY631 GLN632 GLU633 LYS634 CYS635 ALA636 GLN637 TYR638 TRP639 PRO640 SER641 ASP642 GLY643 LEU644 VAL645 SER646 TYR647 GLY648 ASP649 ILE650 THR651 VAL652 GLU653 LEU654 LYS655 LYS656 GLU657 GLU658 GLU659 CYS660 GLU661 SER662 TYR663 THR664 VAL665 ARG666 ASP667 LEU668 LEU669 VAL670 THR671 ASN672 THR673 ARG674 GLU675 ASN676 LYS677 SER678 ARG679 GLN680 ILE681 ARG682 GLN683 PHE684 HIS685 PHE686 HIS687 GLY688 TRP689 PRO690 GLU691 VAL692 GLY693 ILE694 PRO695 SER696 ASP697 GLY698 LYS699 GLY700 MET701 ILE702 ASN703 ILE704 ILE705 ALA706 ALA707 VAL708 GLN709 LYS710 GLN711 GLN712 GLN713 GLN714 SER715 GLY716 ASN717 HIS718 PRO719 ILE720 THR721 VAL722 HIS723 CYS724 SER725 ALA726 GLY727 ALA728 GLY729 ARG730 THR731 GLY732 THR733 PHE734 CYS735 ALA736 LEU737 SER738 THR739 VAL740 LEU741 GLU742 ARG743 VAL744 LYS745 ALA746 GLU747 GLY748 ILE749 LEU750 ASP751 VAL752 PHE753 GLN754 THR755 VAL756 LYS757 SER758 LEU759 ARG760 LEU761 GLN762 ARG763 PRO764 HIS765 MET766 VAL767 GLN768 THR769 LEU770 GLU771 GLN772 TYR773 GLU774 PHE775 CYS776 TYR777 LYS778 VAL779 VAL780 GLN781 GLU782 TYR783 ILE784 ASP785 ALA786 |
Unit 2 | MET542 ARG543 THR544 GLY545 ASN546 LEU547 PRO548 ALA549 ASN550 MET551 LYS552 LYS553 ASN554 ARG555 VAL556 LEU557 GLN558 ILE559 ILE560 PRO561 TYR562 GLU563 PHE564 ASN565 ARG566 VAL567 ILE568 ILE569 PRO570 VAL571 LYS572 ARG573 GLY574 GLU575 GLU576 ASN577 THR578 ASP579 TYR580 VAL581 ASN582 ALA583 SER584 PHE585 ILE586 ASP587 GLY588 TYR589 ARG590 GLN591 LYS592 ASP593 SER594 TYR595 ILE596 ALA597 SER598 GLN599 GLY600 PRO601 LEU602 LEU603 HIS604 THR605 ILE606 GLU607 ASP608 PHE609 TRP610 ARG611 MET612 ILE613 TRP614 GLU615 TRP616 LYS617 SER618 CYS619 SER620 ILE621 VAL622 MET623 LEU624 THR625 GLU626 LEU627 GLU628 GLU629 ARG630 GLY631 GLN632 GLU633 LYS634 CYS635 ALA636 GLN637 TYR638 TRP639 PRO640 SER641 ASP642 GLY643 LEU644 VAL645 SER646 TYR647 GLY648 ASP649 ILE650 THR651 VAL652 GLU653 LEU654 LYS655 LYS656 GLU657 GLU658 GLU659 CYS660 GLU661 SER662 TYR663 THR664 VAL665 ARG666 ASP667 LEU668 LEU669 VAL670 THR671 ASN672 THR673 GLU675 ASN676 LYS677 SER678 ARG679 GLN680 ILE681 ARG682 GLN683 PHE684 HIS685 PHE686 HIS687 GLY688 TRP689 PRO690 GLU691 VAL692 GLY693 ILE694 PRO695 SER696 ASP697 GLY698 LYS699 GLY700 MET701 ILE702 ASN703 ILE704 ILE705 ALA706 ALA707 VAL708 GLN709 LYS710 GLN711 GLN712 GLN713 GLN714 SER715 GLY716 ASN717 HIS718 PRO719 ILE720 THR721 VAL722 HIS723 CYS724 SER725 ALA726 GLY727 ALA728 GLY729 ARG730 THR731 GLY732 THR733 PHE734 CYS735 ALA736 LEU737 SER738 THR739 VAL740 LEU741 GLU742 ARG743 VAL744 LYS745 ALA746 GLU747 GLY748 ILE749 LEU750 ASP751 VAL752 PHE753 GLN754 THR755 VAL756 LYS757 SER758 LEU759 ARG760 LEU761 GLN762 ARG763 PRO764 HIS765 MET766 VAL767 GLN768 THR769 LEU770 GLU771 GLN772 TYR773 GLU774 PHE775 CYS776 TYR777 LYS778 VAL779 VAL780 GLN781 GLU782 TYR783 ILE784 ASP785 ALA786 PHE787 SER788 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |