{"fixed_pdb":"HEADER DERIVED CA ANNOTATION CORE\nREMARK 900 2M16:A:UP:O75475:PWWP1\nREMARK 900 Canonical UniProt numbering; first model; positive occupancy.\nREMARK 900 Derived from wwPDB CC0 coordinates. Not a receptor preparation.\nATOM 1 CA MET A 1 2.093 -0.001 -1.242 1.00 52.33 C \nATOM 2 CA THR A 2 5.448 -1.559 -2.128 1.00 74.43 C \nATOM 3 CA ARG A 3 7.395 1.652 -1.534 1.00 12.55 C \nATOM 4 CA ASP A 4 9.694 1.535 1.495 1.00 42.23 C \nATOM 5 CA PHE A 5 9.216 3.614 4.644 1.00 4.41 C \nATOM 6 CA LYS A 6 11.375 5.871 6.816 1.00 25.10 C \nATOM 7 CA PRO A 7 12.910 5.302 10.276 1.00 64.12 C \nATOM 8 CA GLY A 8 10.614 6.315 13.117 1.00 35.23 C \nATOM 9 CA ASP A 9 7.546 6.565 10.895 1.00 42.33 C \nATOM 10 CA LEU A 10 4.036 6.160 12.305 1.00 42.12 C \nATOM 11 CA ILE A 11 2.337 3.166 10.690 1.00 34.45 C \nATOM 12 CA PHE A 12 -0.133 0.485 11.777 1.00 24.21 C \nATOM 13 CA ALA A 13 1.592 -2.903 11.673 1.00 60.43 C \nATOM 14 CA LYS A 14 -0.594 -5.848 10.663 1.00 43.14 C \nATOM 15 CA MET A 15 0.599 -9.209 11.986 1.00 43.03 C \nATOM 16 CA LYS A 16 -0.517 -12.374 10.195 1.00 62.15 C \nATOM 17 CA GLY A 17 -3.650 -13.403 12.066 1.00 72.21 C \nATOM 18 CA TYR A 18 -3.950 -10.188 14.062 1.00 61.41 C \nATOM 19 CA PRO A 19 -5.653 -6.771 13.811 1.00 53.25 C \nATOM 20 CA HIS A 20 -3.926 -3.480 12.997 1.00 75.31 C \nATOM 21 CA TRP A 21 -1.814 -1.819 15.689 1.00 40.12 C \nATOM 22 CA PRO A 22 0.127 1.469 15.948 1.00 64.01 C \nATOM 23 CA ALA A 23 3.863 0.759 15.883 1.00 71.21 C \nATOM 24 CA ARG A 24 7.151 2.442 14.979 1.00 42.35 C \nATOM 25 CA VAL A 25 9.575 1.590 12.173 1.00 22.40 C \nATOM 26 CA ASP A 26 13.160 0.861 13.212 1.00 12.14 C \nATOM 27 CA GLU A 27 16.460 1.166 11.346 1.00 41.14 C \nATOM 28 CA VAL A 28 18.707 -1.555 9.926 1.00 25.32 C \nATOM 29 CA PRO A 29 20.635 -3.827 12.327 1.00 10.13 C \nATOM 30 CA ASP A 30 24.317 -3.520 13.231 1.00 53.12 C \nATOM 31 CA GLY A 31 24.961 -5.752 10.234 1.00 52.22 C \nATOM 32 CA ALA A 32 25.183 -9.122 11.966 1.00 3.12 C \nATOM 33 CA VAL A 33 21.816 -9.237 13.733 1.00 65.25 C \nATOM 34 CA LYS A 34 20.312 -11.395 10.987 1.00 60.55 C \nATOM 35 CA PRO A 35 18.232 -8.857 9.018 1.00 51.45 C \nATOM 36 CA PRO A 36 15.036 -9.665 7.074 1.00 14.12 C \nATOM 37 CA THR A 37 14.867 -10.813 3.452 1.00 11.31 C \nATOM 38 CA ASN A 38 11.632 -9.221 2.241 1.00 41.23 C \nATOM 39 CA LYS A 39 10.410 -7.318 5.300 1.00 62.23 C \nATOM 40 CA LEU A 40 11.323 -4.429 7.600 1.00 20.14 C \nATOM 41 CA PRO A 41 11.800 -3.950 11.367 1.00 24.24 C \nATOM 42 CA ILE A 42 8.541 -3.046 13.106 1.00 64.32 C \nATOM 43 CA PHE A 43 8.707 -1.989 16.755 1.00 13.52 C \nATOM 44 CA PHE A 44 5.328 -2.692 18.354 1.00 33.23 C \nATOM 45 CA PHE A 45 4.576 0.099 20.827 1.00 32.44 C \nATOM 46 CA GLY A 46 2.786 -0.665 24.082 1.00 24.11 C \nATOM 47 CA THR A 47 3.917 -4.289 24.063 1.00 5.24 C \nATOM 48 CA HIS A 48 7.604 -3.594 23.435 1.00 50.13 C \nATOM 49 CA GLU A 49 7.497 -6.316 20.780 1.00 63.42 C \nATOM 50 CA THR A 50 9.023 -6.538 17.303 1.00 65.53 C \nATOM 51 CA ALA A 51 7.725 -8.219 14.149 1.00 55.14 C \nATOM 52 CA PHE A 52 9.074 -8.399 10.597 1.00 41.30 C \nATOM 53 CA LEU A 53 6.556 -7.452 7.907 1.00 21.21 C \nATOM 54 CA GLY A 54 6.836 -6.129 4.365 1.00 42.21 C \nATOM 55 CA PRO A 55 5.554 -2.746 3.137 1.00 65.31 C \nATOM 56 CA LYS A 56 2.347 -4.127 1.628 1.00 1.45 C \nATOM 57 CA ASP A 57 1.655 -5.545 5.089 1.00 14.24 C \nATOM 58 CA ILE A 58 2.122 -2.239 6.911 1.00 32.41 C \nATOM 59 CA PHE A 59 -0.343 0.620 6.448 1.00 62.12 C \nATOM 60 CA PRO A 60 -0.309 4.350 7.305 1.00 63.11 C \nATOM 61 CA TYR A 61 -1.537 5.218 10.798 1.00 71.42 C \nATOM 62 CA SER A 62 -3.274 8.177 9.157 1.00 44.22 C \nATOM 63 CA GLU A 63 -5.916 5.728 7.937 1.00 24.22 C \nATOM 64 CA ASN A 64 -6.251 3.670 11.119 1.00 12.23 C \nTER\nEND\n","metadata":{"RMSD_USalign":2.65,"RMSD_recomputed_Kabsch":2.648949,"RMSD_under_USalign_TM_transform":2.810893,"TM_score_normalized_A":0.66576,"TM_score_normalized_B":0.6578,"aligned_fraction_A":0.904762,"aligned_fraction_B":0.890625,"aligned_length":57,"comparison_A":"4RXJ:A:UP:Q9BZ95:PWWP2","comparison_B":"2M16:A:UP:O75475:PWWP1","conservative_display_comparable":1,"domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","gene_A":"NSD3","gene_B":"PSIP1","least_squares_transform":"derived/Kabsch_transforms/NSD3_PWWP2__PSIP1_PWWP1.json","length_A":63,"length_B":64,"raw_output":"derived/USalign_raw/NSD3_PWWP2__PSIP1_PWWP1.txt","rotation_matrix":"derived/USalign_raw/NSD3_PWWP2__PSIP1_PWWP1.matrix.txt","sequence_identity_aligned":0.263},"moving_pdb":"HEADER DERIVED CA ANNOTATION CORE\nREMARK 900 4RXJ:A:UP:Q9BZ95:PWWP2\nREMARK 900 Canonical UniProt numbering; first model; positive occupancy.\nREMARK 900 Derived from wwPDB CC0 coordinates. Not a receptor preparation.\nATOM 1 CA TYR A 960 12.062 4.772 8.612 1.00 35.11 C \nATOM 2 CA LYS A 961 10.564 6.252 11.832 1.00 35.34 C \nATOM 3 CA GLN A 962 7.063 6.184 10.411 1.00 32.15 C \nATOM 4 CA ILE A 963 4.217 5.102 12.637 1.00 29.83 C \nATOM 5 CA VAL A 964 2.350 2.248 10.936 1.00 31.74 C \nATOM 6 CA TRP A 965 -0.228 -0.507 11.213 1.00 37.27 C \nATOM 7 CA VAL A 966 0.994 -4.039 10.855 1.00 39.10 C \nATOM 8 CA LYS A 967 -1.244 -6.890 9.876 1.00 43.31 C \nATOM 9 CA LEU A 968 -0.282 -9.742 12.115 1.00 50.26 C \nATOM 10 CA GLY A 969 -3.136 -11.918 10.760 1.00 63.43 C \nATOM 11 CA ASN A 970 -6.562 -11.242 9.284 1.00 72.26 C \nATOM 12 CA TYR A 971 -8.073 -10.491 12.650 1.00 62.38 C \nATOM 13 CA ARG A 972 -5.084 -8.762 14.261 1.00 48.50 C \nATOM 14 CA TRP A 973 -3.560 -5.390 13.501 1.00 46.79 C \nATOM 15 CA TRP A 974 -0.907 -3.674 15.632 1.00 41.44 C \nATOM 16 CA PRO A 975 0.691 -0.232 15.757 1.00 36.48 C \nATOM 17 CA ALA A 976 4.445 -0.053 15.339 1.00 32.82 C \nATOM 18 CA GLU A 977 7.267 2.170 14.191 1.00 27.98 C \nATOM 19 CA ILE A 978 9.446 1.322 11.188 1.00 32.45 C \nATOM 20 CA CYS A 979 13.117 0.911 12.080 1.00 32.17 C \nATOM 21 CA ASN A 980 16.221 1.574 10.082 1.00 34.61 C \nATOM 22 CA PRO A 981 17.875 -1.873 9.992 1.00 38.73 C \nATOM 23 CA ARG A 982 21.235 -0.206 10.604 1.00 44.78 C \nATOM 24 CA SER A 983 19.865 1.144 13.953 1.00 43.21 C \nATOM 25 CA VAL A 984 18.307 -1.891 15.643 1.00 38.02 C \nATOM 26 CA PRO A 985 20.268 -4.137 17.983 1.00 46.36 C \nATOM 27 CA LEU A 986 22.781 -6.728 16.674 1.00 55.67 C \nATOM 28 CA ASN A 987 20.542 -9.638 17.681 1.00 53.95 C \nATOM 29 CA ILE A 988 17.640 -8.135 15.707 1.00 45.12 C \nATOM 30 CA GLN A 989 19.943 -7.511 12.701 1.00 53.86 C \nATOM 31 CA GLY A 990 20.955 -11.191 12.730 1.00 59.53 C \nATOM 32 CA LEU A 991 17.439 -12.675 12.900 1.00 54.54 C \nATOM 33 CA LYS A 992 16.702 -14.650 9.707 1.00 58.02 C \nATOM 34 CA HIS A 993 13.959 -12.906 7.705 1.00 47.13 C \nATOM 35 CA ASP A 994 12.623 -12.858 4.143 1.00 45.48 C \nATOM 36 CA LEU A 995 14.457 -10.748 1.586 1.00 44.56 C \nATOM 37 CA GLY A 996 12.756 -7.318 1.303 1.00 43.25 C \nATOM 38 CA ASP A 997 11.431 -7.306 4.940 1.00 38.60 C \nATOM 39 CA PHE A 998 12.205 -4.350 7.107 1.00 37.24 C \nATOM 40 CA PRO A 999 12.171 -4.211 10.930 1.00 33.37 C \nATOM 41 CA VAL A1000 9.437 -2.569 13.033 1.00 29.13 C \nATOM 42 CA PHE A1001 9.170 -1.879 16.717 1.00 33.83 C \nATOM 43 CA PHE A1002 5.834 -2.906 18.208 1.00 35.84 C \nATOM 44 CA PHE A1003 4.345 -0.616 20.799 1.00 39.46 C \nATOM 45 CA GLY A1004 2.820 -2.081 23.992 1.00 46.05 C \nATOM 46 CA SER A1005 4.991 -5.215 23.686 1.00 48.35 C \nATOM 47 CA HIS A1006 8.165 -3.214 22.818 1.00 46.32 C \nATOM 48 CA ASP A1007 9.736 -5.867 20.604 1.00 45.99 C \nATOM 49 CA TYR A1008 11.231 -5.779 17.185 1.00 34.27 C \nATOM 50 CA TYR A1009 10.311 -8.030 14.258 1.00 42.22 C \nATOM 51 CA TRP A1010 11.003 -8.165 10.571 1.00 41.36 C \nATOM 52 CA VAL A1011 7.862 -7.732 8.492 1.00 38.46 C \nATOM 53 CA HIS A1012 6.673 -7.963 4.892 1.00 46.21 C \nATOM 54 CA GLN A1013 6.215 -4.629 3.193 1.00 42.56 C \nATOM 55 CA GLY A1014 2.748 -5.832 2.040 1.00 42.38 C \nATOM 56 CA ARG A1015 1.515 -6.041 5.677 0.50 39.32 C \nATOM 57 CA VAL A1016 2.401 -2.460 6.674 1.00 37.41 C \nATOM 58 CA PHE A1017 0.272 0.617 6.199 1.00 42.09 C \nATOM 59 CA PRO A1018 0.610 4.266 7.336 1.00 44.26 C \nATOM 60 CA TYR A1019 -0.824 5.381 10.714 1.00 41.39 C \nATOM 61 CA VAL A1020 -2.936 8.437 9.980 1.00 50.08 C \nATOM 62 CA GLU A1021 -3.983 10.857 12.679 0.50 57.93 C \nATOM 63 CA GLY A1022 -7.808 10.955 13.132 0.50 69.49 C \nTER\nEND\n","residue_correspondence":[{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"Y","residue_B":"P","uniprot_position_A":960,"uniprot_position_B":7},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"K","residue_B":"G","uniprot_position_A":961,"uniprot_position_B":8},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"Q","residue_B":"D","uniprot_position_A":962,"uniprot_position_B":9},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"I","residue_B":"L","uniprot_position_A":963,"uniprot_position_B":10},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"V","residue_B":"I","uniprot_position_A":964,"uniprot_position_B":11},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"W","residue_B":"F","uniprot_position_A":965,"uniprot_position_B":12},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"V","residue_B":"A","uniprot_position_A":966,"uniprot_position_B":13},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"K","residue_B":"K","uniprot_position_A":967,"uniprot_position_B":14},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"L","residue_B":"M","uniprot_position_A":968,"uniprot_position_B":15},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"G","residue_B":"K","uniprot_position_A":969,"uniprot_position_B":16},{"USalign_marker":".","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"N","residue_B":"G","uniprot_position_A":970,"uniprot_position_B":17},{"USalign_marker":".","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"Y","residue_B":"Y","uniprot_position_A":971,"uniprot_position_B":18},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"R","residue_B":"P","uniprot_position_A":972,"uniprot_position_B":19},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"W","residue_B":"H","uniprot_position_A":973,"uniprot_position_B":20},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"W","residue_B":"W","uniprot_position_A":974,"uniprot_position_B":21},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"P","residue_B":"P","uniprot_position_A":975,"uniprot_position_B":22},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"A","residue_B":"A","uniprot_position_A":976,"uniprot_position_B":23},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"E","residue_B":"R","uniprot_position_A":977,"uniprot_position_B":24},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"I","residue_B":"V","uniprot_position_A":978,"uniprot_position_B":25},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"C","residue_B":"D","uniprot_position_A":979,"uniprot_position_B":26},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"N","residue_B":"E","uniprot_position_A":980,"uniprot_position_B":27},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"P","residue_B":"V","uniprot_position_A":981,"uniprot_position_B":28},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"R","residue_B":"P","uniprot_position_A":982,"uniprot_position_B":29},{"USalign_marker":".","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"S","residue_B":"D","uniprot_position_A":983,"uniprot_position_B":30},{"USalign_marker":".","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"L","residue_B":"A","uniprot_position_A":986,"uniprot_position_B":32},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"Q","residue_B":"V","uniprot_position_A":989,"uniprot_position_B":33},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"G","residue_B":"K","uniprot_position_A":990,"uniprot_position_B":34},{"USalign_marker":".","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"L","residue_B":"P","uniprot_position_A":991,"uniprot_position_B":35},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"H","residue_B":"P","uniprot_position_A":993,"uniprot_position_B":36},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"L","residue_B":"T","uniprot_position_A":995,"uniprot_position_B":37},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"G","residue_B":"N","uniprot_position_A":996,"uniprot_position_B":38},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"D","residue_B":"K","uniprot_position_A":997,"uniprot_position_B":39},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"F","residue_B":"L","uniprot_position_A":998,"uniprot_position_B":40},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"P","residue_B":"P","uniprot_position_A":999,"uniprot_position_B":41},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"V","residue_B":"I","uniprot_position_A":1000,"uniprot_position_B":42},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"F","residue_B":"F","uniprot_position_A":1001,"uniprot_position_B":43},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"F","residue_B":"F","uniprot_position_A":1002,"uniprot_position_B":44},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"F","residue_B":"F","uniprot_position_A":1003,"uniprot_position_B":45},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"G","residue_B":"G","uniprot_position_A":1004,"uniprot_position_B":46},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"S","residue_B":"T","uniprot_position_A":1005,"uniprot_position_B":47},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"H","residue_B":"H","uniprot_position_A":1006,"uniprot_position_B":48},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"D","residue_B":"E","uniprot_position_A":1007,"uniprot_position_B":49},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"Y","residue_B":"T","uniprot_position_A":1008,"uniprot_position_B":50},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"Y","residue_B":"A","uniprot_position_A":1009,"uniprot_position_B":51},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"W","residue_B":"F","uniprot_position_A":1010,"uniprot_position_B":52},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"V","residue_B":"L","uniprot_position_A":1011,"uniprot_position_B":53},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"H","residue_B":"G","uniprot_position_A":1012,"uniprot_position_B":54},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"Q","residue_B":"P","uniprot_position_A":1013,"uniprot_position_B":55},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"G","residue_B":"K","uniprot_position_A":1014,"uniprot_position_B":56},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"R","residue_B":"D","uniprot_position_A":1015,"uniprot_position_B":57},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"V","residue_B":"I","uniprot_position_A":1016,"uniprot_position_B":58},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"F","residue_B":"F","uniprot_position_A":1017,"uniprot_position_B":59},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"P","residue_B":"P","uniprot_position_A":1018,"uniprot_position_B":60},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"Y","residue_B":"Y","uniprot_position_A":1019,"uniprot_position_B":61},{"USalign_marker":":","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"V","residue_B":"S","uniprot_position_A":1020,"uniprot_position_B":62},{"USalign_marker":".","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"E","residue_B":"E","uniprot_position_A":1021,"uniprot_position_B":63},{"USalign_marker":".","domain_A":"UP:Q9BZ95:PWWP2","domain_B":"UP:O75475:PWWP1","residue_A":"G","residue_B":"N","uniprot_position_A":1022,"uniprot_position_B":64}],"transform":{"fixed":"2M16:A:UP:O75475:PWWP1","formula":"fixed_frame_xyz = moving_xyz @ rotation_row_vector + translation","moving":"4RXJ:A:UP:Q9BZ95:PWWP2","residue_pairs":[[960,7],[961,8],[962,9],[963,10],[964,11],[965,12],[966,13],[967,14],[968,15],[969,16],[970,17],[971,18],[972,19],[973,20],[974,21],[975,22],[976,23],[977,24],[978,25],[979,26],[980,27],[981,28],[982,29],[983,30],[986,32],[989,33],[990,34],[991,35],[993,36],[995,37],[996,38],[997,39],[998,40],[999,41],[1000,42],[1001,43],[1002,44],[1003,45],[1004,46],[1005,47],[1006,48],[1007,49],[1008,50],[1009,51],[1010,52],[1011,53],[1012,54],[1013,55],[1014,56],[1015,57],[1016,58],[1017,59],[1018,60],[1019,61],[1020,62],[1021,63],[1022,64]],"rmsd_angstrom":2.6489492264044356,"rotation_row_vector":[[-0.3508318711956187,0.454364946050898,0.818822016041059],[-0.9266160320812549,-0.2947545154247835,-0.2334577150721119],[0.13527648444342097,-0.8406380145085426,0.5244311216163311]],"scope":"least-squares fit on US-align residue correspondence; distinct from TM-score-optimized transform","translation":[40.309657901781485,31.15168234032629,-6.816824310178642]}}