1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 0.00000 0.00000 0.00000 Makou, E. Mertens, H.D. Maciejewski, M. Soares, D.C. Matis, I. Schmidt, C.Q. Herbert, A.P. Svergun, D.I. Barlow, P.N. 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 C6 H15 N4 O2 1 175.209 y ARGININE L-peptide linking C4 H8 N2 O3 132.118 y ASPARAGINE 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 H10 N3 O2 1 156.162 y HISTIDINE L-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 UK J.Mol.Biol. JMOBAK 0070 0022-2836 424 295 10.1016/J.JMB.2012.09.013 23017427 Solution Structure of Ccp Modules 10-12 Illuminates Functional Architecture of the Complement Regulator, Factor H. 2012 1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 0.00000 0.00000 0.00000 14111.796 COMPLEMENT FACTOR H CCPS 11-12, RESIDUES 627-747 1 man polymer H FACTOR 1 no no EAEAAGVQSCGPPPELLNGNVKEKTKEEYGHSEVVEYYCNPRFLMKGPNKIQCVDGEWTTLPVCIVEESTCGDIPELEHG WAQLSSPPYYYGDSVEFNCSESFTMIGHRSITCIHGVWTQLPQCVAI EAEAAGVQSCGPPPELLNGNVKEKTKEEYGHSEVVEYYCNPRFLMKGPNKIQCVDGEWTTLPVCIVEESTCGDIPELEHG WAQLSSPPYYYGDSVEFNCSESFTMIGHRSITCIHGVWTQLPQCVAI 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 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 n n n n n n n n n n n n n n n n n n n n n n n HUMAN sample 9606 HOMO SAPIENS 4922 KOMAGATAELLA PASTORIS KM71H PLASMID PPICZAB repository Initial release Database references Atomic model Derived calculations 1 0 2012-10-17 1 1 2012-11-28 1 2 2013-05-01 1 3 2013-05-08 C3D AND HEPARIN BINDING COMPLEMENT FACTOR H DOMAINS SCR19-20 FOUR MODELS OF HUMAN FACTOR H DETERMINED BY SOLUTION SCATTERING CURVE-FITTING AND HOMOLOGY MODELLING FACTOR H, 15TH AND 16TH C-MODULE PAIR (NMR, MINIMIZED AVERAGED STRUCTURE) FACTOR H, 15TH C-MODULE PAIR (NMR, MINIMIZED AVERAGED STRUCTURE) HOMOLOGY MODEL OF HUMAN FACTOR H SCRS 6 AND 7 STRUCTURE OF HUMAN COMPLEMENT FACTOR H CARBOXYL TERMINALDOMAINS 19-20: A BASIS FOR ATYPICAL HEMOLYTIC UREMICSYNDROME STRUCTURE OF CCP MODULE 7 OF COMPLEMENT FACTOR H - THE AMD AT RISK VARIENT (402H) STRUCTURE OF CCP MODULE 7 OF COMPLEMENT FACTOR H - THE AMD NOT AT RISK VARIENT (402Y) CRYSTAL STRUCTURE OF HUMAN COMPLEMENT FACTOR H, SCR DOMAINS 6-8 (H402 RISK VARIANT), IN COMPLEX WITH LIGAND. CRYSTAL STRUCTURE OF HUMAN COMPLEMENT FACTOR H, SCR DOMAINS 6-8 (H402 RISK VARIANT), IN COMPLEX WITH LIGAND. STRUCTURE OF A COMPLEX BETWEEN NEISSERIA MENINGITIDIS FACTOR H BINDING PROTEIN AND CCPS 6-7 OF HUMAN COMPLEMENT FACTOR H STRUCTURE OF A COMPLEX BETWEEN NEISSERIA MENINGITIDIS FACTOR H BINDING PROTEIN AND CCPS 6-7 OF HUMAN COMPLEMENT FACTOR H COMPLEMENT C3B IN COMPLEX WITH FACTOR H DOMAINS 1-4 STRUCTURE OF FACTOR H DOMAINS 19-20 IN COMPLEX WITH COMPLEMENT C3D STRUCTURE OF A COMPLEX BETWEEN CCPS 6 AND 7 OF HUMAN COMPLEMENT FACTOR H AND NEISSERIA MENINGITIDIS FHBP VARIANT 1 R106A MUTANT STRUCTURE OF A COMPLEX BETWEEN CCPS 6 AND 7 OF HUMAN COMPLEMENT FACTOR H AND NEISSERIA MENINGITIDIS FHBP VARIANT 1 E283AE304A MUTANT STRUCTURE OF A COMPLEX BETWEEN CCPS 6 AND 7 OF HUMAN COMPLEMENT FACTOR H AND NEISSERIA MENINGITIDIS FHBP VARIANT 3 WILD TYPE STRUCTURE OF A COMPLEX BETWEEN CCPS 6 AND 7 OF HUMAN COMPLEMENT FACTOR H AND NEISSERIA MENINGITIDIS FHBP VARIANT 3 P106A MUTANT SOLUTION STRUCTURE OF CCP MODULES 10-11 OF COMPLEMENT FACTOR H PDBE Y PDBE 2012-07-17 REL THE STRUCTURE WAS DETERMINED USING TRIPLE-RESONANCE NMR SPECTROSCOPY ON 13C, 15N-LABELED FH11-12. LOWEST ENERGY 100 20 1H-15N HSQC CBCA(CO)NH CBCANH HN(CA)CO HNCO HBHA(CO)NH HBHANH CC(CO)NH H(CCO)NH HCCH-TOCSY 1H-13C NOESY 1H-15N NOESY (HB)CB(CGCDCE)HE (HB)CB(CGCD)HD 1H-13C HSQC AROMATIC 13C HSQC 0.02 6.3 pH 1.0 atm 298.0 K 0.02 6.3 pH 1.0 atm 298.0 K THE STRUCTURE WAS REFINED IN EXPLICIT WATER IN CNS. REFINEMENT DETAILS CAN BE FOUND IN THE JRNL CITATION ABOVE. simulated annealing 12 90% H2O/10% D2O BRUNGER,ADAMS,CLORE,DELANO,GROS,GROSSE- KUNSTLEVE,JIANG,KUSZEWSKI,NILGES,PANNU,READ, RICE, SIMONSON,WARREN refinement CNS 1.2 structure solution AZARA 2.0 structure solution CCPNMR ANALYSIS 2.0 structure solution CCPNMR ANALYSIS 2.1 structure solution CCPNMR ANALYSIS 2.2 structure solution MOLMOL 2 structure solution CNS 1.2 structure solution TOPSPIN 1.3 structure solution PROCHECKNMR 3. 4.3 600 Bruker Avance 800 Bruker Avance GLU 621 n 1 GLU 621 A ALA 622 n 2 ALA 622 A GLU 623 n 3 GLU 623 A ALA 624 n 4 ALA 624 A ALA 625 n 5 ALA 625 A GLY 626 n 6 GLY 626 A VAL 627 n 7 VAL 627 A GLN 628 n 8 GLN 628 A SER 629 n 9 SER 629 A CYS 630 n 10 CYS 630 A GLY 631 n 11 GLY 631 A PRO 632 n 12 PRO 632 A PRO 633 n 13 PRO 633 A PRO 634 n 14 PRO 634 A GLU 635 n 15 GLU 635 A LEU 636 n 16 LEU 636 A LEU 637 n 17 LEU 637 A ASN 638 n 18 ASN 638 A GLY 639 n 19 GLY 639 A ASN 640 n 20 ASN 640 A VAL 641 n 21 VAL 641 A LYS 642 n 22 LYS 642 A GLU 643 n 23 GLU 643 A LYS 644 n 24 LYS 644 A THR 645 n 25 THR 645 A LYS 646 n 26 LYS 646 A GLU 647 n 27 GLU 647 A GLU 648 n 28 GLU 648 A TYR 649 n 29 TYR 649 A GLY 650 n 30 GLY 650 A HIS 651 n 31 HIS 651 A SER 652 n 32 SER 652 A GLU 653 n 33 GLU 653 A VAL 654 n 34 VAL 654 A VAL 655 n 35 VAL 655 A GLU 656 n 36 GLU 656 A TYR 657 n 37 TYR 657 A TYR 658 n 38 TYR 658 A CYS 659 n 39 CYS 659 A ASN 660 n 40 ASN 660 A PRO 661 n 41 PRO 661 A ARG 662 n 42 ARG 662 A PHE 663 n 43 PHE 663 A LEU 664 n 44 LEU 664 A MET 665 n 45 MET 665 A LYS 666 n 46 LYS 666 A GLY 667 n 47 GLY 667 A PRO 668 n 48 PRO 668 A ASN 669 n 49 ASN 669 A LYS 670 n 50 LYS 670 A ILE 671 n 51 ILE 671 A GLN 672 n 52 GLN 672 A CYS 673 n 53 CYS 673 A VAL 674 n 54 VAL 674 A ASP 675 n 55 ASP 675 A GLY 676 n 56 GLY 676 A GLU 677 n 57 GLU 677 A TRP 678 n 58 TRP 678 A THR 679 n 59 THR 679 A THR 680 n 60 THR 680 A LEU 681 n 61 LEU 681 A PRO 682 n 62 PRO 682 A VAL 683 n 63 VAL 683 A CYS 684 n 64 CYS 684 A ILE 685 n 65 ILE 685 A VAL 686 n 66 VAL 686 A GLU 687 n 67 GLU 687 A GLU 688 n 68 GLU 688 A SER 689 n 69 SER 689 A THR 690 n 70 THR 690 A CYS 691 n 71 CYS 691 A GLY 692 n 72 GLY 692 A ASP 693 n 73 ASP 693 A ILE 694 n 74 ILE 694 A PRO 695 n 75 PRO 695 A GLU 696 n 76 GLU 696 A LEU 697 n 77 LEU 697 A GLU 698 n 78 GLU 698 A HIS 699 n 79 HIS 699 A GLY 700 n 80 GLY 700 A TRP 701 n 81 TRP 701 A ALA 702 n 82 ALA 702 A GLN 703 n 83 GLN 703 A LEU 704 n 84 LEU 704 A SER 705 n 85 SER 705 A SER 706 n 86 SER 706 A PRO 707 n 87 PRO 707 A PRO 708 n 88 PRO 708 A TYR 709 n 89 TYR 709 A TYR 710 n 90 TYR 710 A TYR 711 n 91 TYR 711 A GLY 712 n 92 GLY 712 A ASP 713 n 93 ASP 713 A SER 714 n 94 SER 714 A VAL 715 n 95 VAL 715 A GLU 716 n 96 GLU 716 A PHE 717 n 97 PHE 717 A ASN 718 n 98 ASN 718 A CYS 719 n 99 CYS 719 A SER 720 n 100 SER 720 A GLU 721 n 101 GLU 721 A SER 722 n 102 SER 722 A PHE 723 n 103 PHE 723 A THR 724 n 104 THR 724 A MET 725 n 105 MET 725 A ILE 726 n 106 ILE 726 A GLY 727 n 107 GLY 727 A HIS 728 n 108 HIS 728 A ARG 729 n 109 ARG 729 A SER 730 n 110 SER 730 A ILE 731 n 111 ILE 731 A THR 732 n 112 THR 732 A CYS 733 n 113 CYS 733 A ILE 734 n 114 ILE 734 A HIS 735 n 115 HIS 735 A GLY 736 n 116 GLY 736 A VAL 737 n 117 VAL 737 A TRP 738 n 118 TRP 738 A THR 739 n 119 THR 739 A GLN 740 n 120 GLN 740 A LEU 741 n 121 LEU 741 A PRO 742 n 122 PRO 742 A GLN 743 n 123 GLN 743 A CYS 744 n 124 CYS 744 A VAL 745 n 125 VAL 745 A ALA 746 n 126 ALA 746 A ILE 747 n 127 ILE 747 A author_and_software_defined_assembly PISA 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 ASN 640 A N ASN 20 A O TYR 658 A O TYR 38 A N VAL 655 A N VAL 35 A O ILE 671 A O ILE 51 A N LEU 664 A N LEU 44 A O ILE 685 A O ILE 65 A N TRP 701 A N TRP 81 A O ASN 718 A O ASN 98 A N VAL 715 A N VAL 95 A O ILE 731 A O ILE 111 A N ILE 734 A N ILE 114 A O VAL 737 A O VAL 117 A N ILE 726 A N ILE 106 A O GLN 743 A O GLN 123 2 A A HZ3 OE2 LYS GLU 642 656 1.58 2 A A HZ2 OE1 LYS GLU 646 653 1.59 3 A A HZ2 OE2 LYS GLU 646 653 1.59 3 A A O HG GLN SER 628 629 1.59 3 A A HZ3 OE2 LYS GLU 642 656 1.60 7 A A HA HE1 GLU TYR 688 710 1.29 7 A A HA HA2 SER GLY 629 650 1.31 7 A A HD21 HA3 LEU GLY 697 700 1.32 7 A A HG3 HG2 PRO GLU 632 647 1.33 7 A A HZ3 OE1 LYS GLU 646 653 1.59 12 A A HA HE1 GLU TYR 688 710 1.19 13 A A HA HE1 GLU TYR 688 710 1.22 13 A A HD12 HB3 LEU TYR 664 711 1.33 14 A A H O LEU ILE 664 685 1.59 15 A A HA HE1 GLU TYR 688 710 1.25 16 A A H1 OE1 GLU GLU 621 623 1.58 18 A A HZ3 OE2 LYS GLU 646 653 1.59 5 A ARG 729 0.076 SIDE CHAIN 17 A ARG 662 0.077 SIDE CHAIN 20 A ARG 729 0.097 SIDE CHAIN 1 A ALA 624 -150.47 18.53 1 A ALA 625 -68.38 98.12 1 A VAL 627 43.89 76.80 1 A GLN 628 -66.54 -90.12 1 A SER 629 166.48 133.90 1 A PRO 634 -71.79 -169.24 1 A GLU 647 71.47 -26.20 1 A GLU 648 -95.17 42.21 1 A TYR 649 -69.85 -73.44 1 A ARG 662 -144.21 10.60 1 A ASN 669 55.96 -0.25 1 A PRO 682 -69.62 -178.76 1 A PRO 695 -73.68 -164.89 1 A HIS 699 -145.32 29.38 1 A TRP 701 -158.54 -155.41 1 A SER 722 79.12 -2.19 1 A GLN 740 -160.19 -30.89 1 A LEU 741 67.73 148.91 2 A VAL 627 57.26 80.38 2 A GLN 628 -82.39 -94.40 2 A SER 629 173.08 152.76 2 A PRO 634 -75.50 -165.42 2 A LYS 646 -99.50 -87.93 2 A GLU 647 156.88 -36.21 2 A TYR 649 -101.73 -72.19 2 A PRO 661 -68.24 6.89 2 A ARG 662 -140.54 -2.15 2 A PRO 668 -70.07 -148.84 2 A ASN 669 -166.39 -28.31 2 A PRO 682 -67.79 -173.87 2 A ASP 693 -173.61 -169.20 2 A PRO 695 -75.41 -165.74 2 A HIS 699 -136.25 -40.78 2 A TRP 701 -150.71 -148.30 2 A SER 722 83.44 -2.16 2 A GLN 740 -162.14 -32.18 2 A LEU 741 69.49 154.88 3 A ALA 624 57.18 -95.64 3 A ALA 625 -161.57 88.06 3 A VAL 627 -170.30 80.95 3 A GLN 628 -67.64 -88.89 3 A SER 629 -179.25 136.57 3 A PRO 634 -72.18 -164.15 3 A GLU 647 68.06 -24.73 3 A TYR 649 -113.27 -73.61 3 A ASN 669 57.06 -35.29 3 A ASP 675 -81.98 48.75 3 A PRO 695 -73.97 -168.94 3 A HIS 699 -142.48 34.07 3 A TRP 701 -163.32 -152.26 3 A GLN 703 -94.92 -70.63 3 A GLN 740 -163.56 -32.05 3 A LEU 741 68.34 153.25 4 A VAL 627 50.62 70.38 4 A GLN 628 -80.06 -97.10 4 A SER 629 176.62 159.58 4 A CYS 630 -171.66 142.62 4 A PRO 634 -67.76 -172.61 4 A LEU 637 -22.16 -56.91 4 A GLU 647 65.88 -6.53 4 A GLU 648 -150.68 86.29 4 A TYR 649 -83.88 -74.13 4 A PRO 668 -72.93 -147.91 4 A ASN 669 -161.45 -28.40 4 A HIS 699 -146.48 21.55 4 A TRP 701 -163.26 -159.38 4 A SER 722 87.35 -10.97 4 A THR 739 -35.71 -74.19 4 A GLN 740 -160.29 -29.27 4 A LEU 741 70.20 149.61 5 A VAL 627 -156.05 68.99 5 A SER 629 79.19 120.82 5 A PRO 634 -68.80 -164.58 5 A GLU 647 67.92 -12.94 5 A TYR 649 -105.75 -65.85 5 A PRO 661 -69.05 11.01 5 A ASP 693 -176.38 -171.45 5 A HIS 699 -145.36 29.29 5 A TRP 701 -154.53 -153.93 5 A HIS 735 71.58 33.59 5 A THR 739 -33.02 -71.39 5 A GLN 740 -161.42 -30.46 5 A LEU 741 67.91 147.23 6 A VAL 627 -155.71 66.74 6 A GLN 628 -80.31 -153.21 6 A PRO 634 -65.08 -167.23 6 A GLU 647 70.22 -13.77 6 A PRO 661 -66.14 1.91 6 A ASN 669 52.11 3.88 6 A GLU 688 63.56 61.53 6 A ASP 693 -162.60 -168.01 6 A PRO 695 -72.94 -169.04 6 A HIS 699 -142.97 27.38 6 A TRP 701 -156.14 -151.49 6 A THR 739 -37.87 -71.69 6 A GLN 740 -166.54 -26.89 6 A LEU 741 69.42 153.33 7 A ALA 622 72.75 -75.48 7 A GLU 623 -145.83 -62.89 7 A ALA 624 -177.84 -34.55 7 A VAL 627 179.64 52.12 7 A SER 629 85.66 121.42 7 A PRO 634 -67.95 -170.76 7 A ASN 640 -166.40 -167.30 7 A GLU 647 67.13 -3.68 7 A TYR 649 -95.08 -72.25 7 A ASN 660 -49.97 156.43 7 A PRO 682 -70.88 -167.09 7 A ASP 693 -173.95 -168.93 7 A PRO 695 -73.85 -168.64 7 A HIS 699 -143.29 15.67 7 A TRP 701 -162.47 -153.77 7 A THR 739 -43.12 -74.17 7 A GLN 740 -162.28 -28.23 7 A LEU 741 69.71 157.99 7 A PRO 742 -77.29 -162.90 8 A ALA 622 58.45 83.84 8 A ALA 624 62.70 -78.74 8 A SER 629 74.17 108.12 8 A PRO 634 -72.49 -169.91 8 A LEU 637 -28.16 -64.78 8 A ASN 640 -170.31 -169.91 8 A GLU 647 73.49 -17.41 8 A TYR 649 -104.57 -67.32 8 A ASN 669 49.92 -46.82 8 A HIS 699 -141.77 24.18 8 A TRP 701 -157.95 -152.14 8 A THR 739 -28.72 -70.30 8 A GLN 740 -164.96 -28.99 8 A LEU 741 69.01 156.25 9 A VAL 627 -177.30 85.51 9 A SER 629 81.70 106.52 9 A PRO 634 -69.69 -173.05 9 A LEU 637 -33.26 -71.92 9 A GLU 647 69.43 -20.53 9 A TYR 649 -102.89 -62.98 9 A ASN 669 56.45 -5.94 9 A HIS 699 -145.26 27.52 9 A TRP 701 -155.20 -150.52 9 A THR 739 -47.43 -71.58 9 A GLN 740 -162.33 -30.73 9 A LEU 741 68.58 156.00 9 A PRO 742 -79.20 -159.68 10 A VAL 627 45.97 72.98 10 A GLN 628 -72.66 -153.07 10 A PRO 634 -64.20 -164.53 10 A LEU 637 -40.59 -78.23 10 A GLU 647 73.08 -7.71 10 A ASN 669 58.65 -27.57 10 A PRO 682 -67.71 -176.53 10 A ASP 693 71.51 172.94 10 A HIS 699 -142.86 30.73 10 A TRP 701 -156.55 -150.88 10 A GLN 703 -96.03 -68.31 10 A SER 722 85.00 -5.75 10 A THR 739 -38.82 -70.55 10 A GLN 740 -174.04 -19.90 10 A LEU 741 71.16 154.15 11 A GLU 623 73.10 89.09 11 A ALA 625 78.67 -53.96 11 A VAL 627 -174.68 82.35 11 A GLN 628 -79.23 -88.01 11 A SER 629 167.65 137.71 11 A PRO 634 -71.52 -159.42 11 A GLU 647 67.62 -13.86 11 A TYR 649 -91.43 -65.53 11 A PRO 661 -69.41 9.81 11 A HIS 699 -147.09 37.58 11 A TRP 701 -156.47 -152.23 11 A SER 722 86.75 5.76 11 A THR 739 -33.38 -73.76 11 A GLN 740 -158.78 -29.90 11 A LEU 741 65.72 156.83 12 A ALA 622 -174.10 149.11 12 A GLU 623 58.06 -155.16 12 A VAL 627 46.30 81.13 12 A GLN 628 -88.42 -100.05 12 A SER 629 178.80 140.53 12 A PRO 634 -68.28 -167.27 12 A ASN 640 -174.80 -178.92 12 A GLU 647 67.55 -12.91 12 A PRO 661 -69.75 10.43 12 A GLU 688 38.65 61.46 12 A ASP 693 -170.58 -165.24 12 A HIS 699 -143.41 30.76 12 A TRP 701 -164.62 -156.03 12 A SER 722 88.18 -0.83 12 A THR 739 -39.59 -70.40 12 A GLN 740 -163.20 -28.38 12 A LEU 741 68.98 157.78 13 A ALA 622 63.45 85.66 13 A ALA 624 -141.37 -48.57 13 A GLN 628 25.61 -46.12 13 A SER 629 78.98 127.06 13 A PRO 634 -66.73 -164.01 13 A GLU 647 66.79 -29.08 13 A TYR 649 -117.55 -160.04 13 A HIS 699 -142.19 27.44 13 A TRP 701 -160.25 -152.53 13 A THR 739 -46.33 -71.59 13 A GLN 740 -159.33 -33.09 13 A LEU 741 66.35 153.79 13 A PRO 742 -79.30 -161.73 14 A VAL 627 179.11 82.58 14 A GLN 628 -74.71 -96.40 14 A SER 629 166.92 142.91 14 A PRO 634 -72.58 -168.26 14 A ASN 640 -173.43 -172.93 14 A GLU 647 75.04 -18.63 14 A ASN 669 62.20 -26.72 14 A ASP 693 -164.41 -167.61 14 A TRP 701 -157.30 -151.97 14 A GLN 703 -96.47 -61.67 14 A THR 739 -44.24 -70.29 14 A GLN 740 -167.65 -27.24 14 A LEU 741 68.58 150.93 14 A PRO 742 -78.68 -165.82 15 A ALA 622 66.16 -168.53 15 A GLU 623 -78.65 -71.32 15 A ALA 624 -121.80 -57.09 15 A VAL 627 -169.83 79.71 15 A GLN 628 -90.52 -151.56 15 A PRO 634 -70.31 -166.00 15 A ASN 640 -169.00 -166.42 15 A GLU 647 58.15 -30.83 15 A TYR 649 -114.50 -82.63 15 A ASP 693 -173.43 -167.00 15 A PRO 695 -70.67 -163.44 15 A HIS 699 -142.39 27.87 15 A TRP 701 -157.15 -154.39 15 A HIS 735 70.29 30.54 15 A GLN 740 -160.85 -34.89 15 A LEU 741 67.98 150.69 16 A ALA 624 67.83 -68.01 16 A SER 629 76.55 129.00 16 A PRO 634 -74.36 -163.47 16 A GLU 647 56.13 -16.14 16 A TYR 649 -93.61 -77.35 16 A ASP 693 68.78 179.60 16 A PRO 695 -70.00 -179.52 16 A HIS 699 -144.36 25.70 16 A TRP 701 -161.97 -158.44 16 A GLN 703 -95.81 -68.00 16 A THR 739 -32.34 -72.54 16 A GLN 740 -166.89 -28.24 16 A LEU 741 69.10 152.02 16 A PRO 742 -76.11 -169.56 17 A VAL 627 -179.95 93.33 17 A SER 629 72.44 123.87 17 A CYS 630 -111.14 -169.97 17 A PRO 634 -75.53 -161.50 17 A ASN 640 -174.63 -171.00 17 A GLU 647 70.26 -30.21 17 A PRO 661 -69.26 14.53 17 A TRP 701 -161.10 -154.83 17 A SER 722 85.52 -5.41 17 A THR 739 -39.14 -75.06 17 A GLN 740 -159.03 -29.06 17 A LEU 741 68.49 156.33 18 A ALA 624 65.88 -78.65 18 A GLN 628 -84.72 -90.56 18 A SER 629 168.21 158.08 18 A GLU 647 65.51 -3.26 18 A TYR 649 -95.24 -68.84 18 A PRO 661 -61.29 1.11 18 A ASN 669 57.82 -6.34 18 A ASP 675 -62.73 70.95 18 A ASP 693 66.26 176.87 18 A TRP 701 -156.58 -152.85 18 A GLN 740 -161.78 -31.01 18 A LEU 741 66.09 148.75 19 A VAL 627 48.07 73.65 19 A GLN 628 -73.68 -105.96 19 A SER 629 179.87 155.51 19 A CYS 630 -175.91 146.36 19 A PRO 634 -68.02 -168.81 19 A LEU 637 -27.75 -64.71 19 A ASN 640 -173.53 -175.60 19 A TYR 649 -117.45 -73.48 19 A ASN 669 58.48 -0.95 19 A THR 679 -75.82 -168.00 19 A GLU 688 71.89 -2.28 19 A ASP 693 -177.51 -167.29 19 A TRP 701 -157.54 -154.25 19 A SER 706 -150.41 86.82 19 A THR 739 -34.91 -71.88 19 A GLN 740 -161.74 -27.90 19 A LEU 741 68.22 151.26 20 A VAL 627 58.50 82.94 20 A GLN 628 -84.16 -147.47 20 A PRO 634 -67.00 -156.46 20 A ASN 640 -167.86 -168.99 20 A GLU 647 73.01 -7.18 20 A TYR 649 -94.74 -70.00 20 A TRP 701 -158.33 -154.41 20 A THR 739 -49.98 -74.82 20 A GLN 740 -161.54 -30.67 20 A LEU 741 70.79 153.58 COMPLEMENT FACTOR H Solution structure of CCP modules 11-12 of complement factor H 1 N N disulf 2.025 A CYS 630 A SG CYS 10 1_555 A CYS 673 A SG CYS 53 1_555 disulf 2.026 A CYS 659 A SG CYS 39 1_555 A CYS 684 A SG CYS 64 1_555 disulf 2.024 A CYS 691 A SG CYS 71 1_555 A CYS 733 A SG CYS 113 1_555 disulf 2.023 A CYS 719 A SG CYS 99 1_555 A CYS 744 A SG CYS 124 1_555 IMMUNE SYSTEM IMMUNE SYSTEM, SAXS, SHORT CONSENSUS REPEAT A PRO 707 A PRO 87 1 A PRO 708 A PRO 88 0.27 A PRO 707 A PRO 87 2 A PRO 708 A PRO 88 0.82 A PRO 707 A PRO 87 3 A PRO 708 A PRO 88 -2.02 A PRO 707 A PRO 87 4 A PRO 708 A PRO 88 -0.24 A PRO 707 A PRO 87 5 A PRO 708 A PRO 88 0.47 A PRO 707 A PRO 87 6 A PRO 708 A PRO 88 -1.58 A PRO 707 A PRO 87 7 A PRO 708 A PRO 88 -1.63 A PRO 707 A PRO 87 8 A PRO 708 A PRO 88 -0.41 A PRO 707 A PRO 87 9 A PRO 708 A PRO 88 1.13 A PRO 707 A PRO 87 10 A PRO 708 A PRO 88 0.46 A PRO 707 A PRO 87 11 A PRO 708 A PRO 88 0.16 A PRO 707 A PRO 87 12 A PRO 708 A PRO 88 -0.58 A PRO 707 A PRO 87 13 A PRO 708 A PRO 88 -0.01 A PRO 707 A PRO 87 14 A PRO 708 A PRO 88 0.52 A PRO 707 A PRO 87 15 A PRO 708 A PRO 88 -0.61 A PRO 707 A PRO 87 16 A PRO 708 A PRO 88 0.86 A PRO 707 A PRO 87 17 A PRO 708 A PRO 88 -3.36 A PRO 707 A PRO 87 18 A PRO 708 A PRO 88 0.27 A PRO 707 A PRO 87 19 A PRO 708 A PRO 88 -0.15 A PRO 707 A PRO 87 20 A PRO 708 A PRO 88 -1.22 CFAH_HUMAN UNP 1 P08603 627 747 4B2S 627 747 P08603 A 1 7 127 1 expression tag GLU 621 4B2S A P08603 UNP 1 1 expression tag ALA 622 4B2S A P08603 UNP 2 1 expression tag GLU 623 4B2S A P08603 UNP 3 1 expression tag ALA 624 4B2S A P08603 UNP 4 1 expression tag ALA 625 4B2S A P08603 UNP 5 1 expression tag GLY 626 4B2S A P08603 UNP 6 3 2 4 2 anti-parallel anti-parallel anti-parallel anti-parallel anti-parallel anti-parallel anti-parallel A GLY 639 A GLY 19 A VAL 641 A VAL 21 A GLU 653 A GLU 33 A CYS 659 A CYS 39 A LYS 670 A LYS 50 A CYS 673 A CYS 53 A PHE 663 A PHE 43 A MET 665 A MET 45 A CYS 684 A CYS 64 A VAL 686 A VAL 66 A GLY 700 A GLY 80 A LEU 704 A LEU 84 A ASP 713 A ASP 93 A CYS 719 A CYS 99 A SER 730 A SER 110 A ILE 734 A ILE 114 A VAL 737 A VAL 117 A TRP 738 A TRP 118 A PHE 723 A PHE 103 A ILE 726 A ILE 106 A GLN 743 A GLN 123 A ALA 746 A ALA 126 1 P 1