{"fixed_pdb":"HEADER DERIVED CA ANNOTATION CORE\nREMARK 900 4LD6:A:UP:Q6NUJ5:PWWP1\nREMARK 900 Canonical UniProt numbering; first model; positive occupancy.\nREMARK 900 Derived from wwPDB CC0 coordinates. Not a receptor preparation.\nATOM 1 CA VAL A 490 6.922 3.526 31.758 1.00 11.94 C \nATOM 2 CA GLY A 491 7.478 5.909 34.693 1.00 11.04 C \nATOM 3 CA ASP A 492 4.129 5.139 36.311 1.00 12.05 C \nATOM 4 CA ILE A 493 3.682 4.165 39.951 0.70 12.43 C \nATOM 5 CA VAL A 494 2.093 0.740 40.595 1.00 11.01 C \nATOM 6 CA TRP A 495 1.431 -1.810 43.305 1.00 10.39 C \nATOM 7 CA GLY A 496 3.435 -4.976 42.653 1.00 9.86 C \nATOM 8 CA LYS A 497 3.204 -8.445 44.127 1.00 9.98 C \nATOM 9 CA ILE A 498 5.945 -10.980 44.884 1.00 11.58 C \nATOM 10 CA HIS A 499 5.957 -13.994 47.156 1.00 16.00 C \nATOM 11 CA GLY A 500 6.602 -13.329 50.805 1.00 17.18 C \nATOM 12 CA PHE A 501 5.792 -9.608 50.698 1.00 15.10 C \nATOM 13 CA PRO A 502 2.629 -7.571 50.811 1.00 11.80 C \nATOM 14 CA TRP A 503 1.596 -5.608 47.703 1.00 9.91 C \nATOM 15 CA TRP A 504 4.360 -2.981 47.454 1.00 9.50 C \nATOM 16 CA PRO A 505 4.759 0.279 45.552 1.00 10.28 C \nATOM 17 CA ALA A 506 7.051 0.394 42.513 1.00 10.09 C \nATOM 18 CA ARG A 507 8.061 2.485 39.520 0.50 10.97 C \nATOM 19 CA VAL A 508 7.683 0.980 36.017 1.00 10.63 C \nATOM 20 CA LEU A 509 11.004 0.916 34.094 1.00 11.62 C \nATOM 21 CA ASP A 510 10.016 -1.185 31.052 1.00 13.43 C \nATOM 22 CA ILE A 511 7.129 -3.245 29.694 1.00 12.11 C \nATOM 23 CA SER A 512 7.549 -6.364 27.540 0.70 14.53 C \nATOM 24 CA LEU A 513 4.833 -8.190 25.521 1.00 17.22 C \nATOM 25 CA GLY A 514 5.043 -11.757 24.273 1.00 19.10 C \nATOM 26 CA GLN A 515 5.140 -12.217 20.461 1.00 23.64 C \nATOM 27 CA LYS A 516 3.882 -15.079 18.304 0.50 27.40 C \nATOM 28 CA GLU A 517 7.233 -16.973 17.843 0.50 29.07 C \nATOM 29 CA ASP A 518 7.896 -16.994 21.640 1.00 22.69 C \nATOM 30 CA GLY A 519 7.464 -20.044 23.862 1.00 18.01 C \nATOM 31 CA GLU A 520 4.669 -18.164 25.641 1.00 16.46 C \nATOM 32 CA PRO A 521 3.230 -15.500 23.287 1.00 17.88 C \nATOM 33 CA SER A 522 0.595 -14.378 25.812 1.00 19.39 C \nATOM 34 CA TRP A 523 2.984 -13.532 28.625 1.00 14.97 C \nATOM 35 CA ARG A 524 3.399 -9.886 29.470 1.00 13.43 C \nATOM 36 CA GLU A 525 5.566 -8.308 32.101 1.00 12.01 C \nATOM 37 CA ALA A 526 7.097 -5.139 33.478 1.00 10.18 C \nATOM 38 CA LYS A 527 10.460 -4.383 34.982 1.00 10.76 C \nATOM 39 CA VAL A 528 9.871 -2.353 38.131 1.00 11.03 C \nATOM 40 CA SER A 529 11.939 -0.546 40.761 1.00 12.16 C \nATOM 41 CA TRP A 530 10.466 -0.922 44.244 1.00 10.75 C \nATOM 42 CA PHE A 531 10.129 2.171 46.423 1.00 12.30 C \nATOM 43 CA GLY A 532 11.879 2.116 49.799 1.00 17.79 C \nATOM 44 CA SER A 533 14.038 -0.657 48.395 1.00 18.43 C \nATOM 45 CA PRO A 534 17.251 -1.344 46.450 1.00 17.12 C \nATOM 46 CA THR A 535 15.667 -4.080 44.295 1.00 13.21 C \nATOM 47 CA THR A 536 14.419 -4.257 40.687 0.60 11.69 C \nATOM 48 CA SER A 537 12.083 -7.069 39.606 1.00 10.89 C \nATOM 49 CA PHE A 538 10.183 -8.462 36.671 1.00 11.43 C \nATOM 50 CA LEU A 539 6.437 -8.738 37.296 1.00 10.30 C \nATOM 51 CA SER A 540 3.764 -10.310 35.147 1.00 9.21 C \nATOM 52 CA ILE A 541 1.267 -7.513 34.317 1.00 9.88 C \nATOM 53 CA SER A 542 -1.163 -9.674 36.303 1.00 10.45 C \nATOM 54 CA LYS A 543 1.024 -9.030 39.405 1.00 11.47 C \nATOM 55 CA LEU A 544 0.745 -5.265 39.265 1.00 11.86 C \nATOM 56 CA SER A 545 -2.044 -2.676 39.508 0.50 11.81 C \nATOM 57 CA PRO A 546 -2.306 1.111 39.282 1.00 12.95 C \nATOM 58 CA PHE A 547 -1.254 2.787 42.502 1.00 13.09 C \nATOM 59 CA SER A 548 -4.020 5.328 43.095 1.00 14.68 C \nATOM 60 CA GLU A 549 -6.987 3.258 42.146 1.00 16.56 C \nATOM 61 CA PHE A 550 -5.879 0.331 44.305 1.00 13.21 C \nTER\nEND\n","metadata":{"RMSD_USalign":1.77,"RMSD_recomputed_Kabsch":1.768985,"RMSD_under_USalign_TM_transform":1.863861,"TM_score_normalized_A":0.66672,"TM_score_normalized_B":0.64154,"aligned_fraction_A":0.844828,"aligned_fraction_B":0.803279,"aligned_length":49,"comparison_A":"1RI0:A:UP:P51858:PWWP1","comparison_B":"4LD6:A:UP:Q6NUJ5:PWWP1","conservative_display_comparable":1,"domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","gene_A":"HDGF","gene_B":"PWWP2B","least_squares_transform":"derived/Kabsch_transforms/HDGF_PWWP1__PWWP2B_PWWP1.json","length_A":58,"length_B":61,"raw_output":"derived/USalign_raw/HDGF_PWWP1__PWWP2B_PWWP1.txt","rotation_matrix":"derived/USalign_raw/HDGF_PWWP1__PWWP2B_PWWP1.matrix.txt","sequence_identity_aligned":0.388},"moving_pdb":"HEADER DERIVED CA ANNOTATION CORE\nREMARK 900 1RI0:A:UP:P51858:PWWP1\nREMARK 900 Canonical UniProt numbering; first model; positive occupancy.\nREMARK 900 Derived from wwPDB CC0 coordinates. Not a receptor preparation.\nATOM 1 CA CYS A 12 6.522 3.808 31.680 1.00 0.00 C \nATOM 2 CA GLY A 13 7.075 6.359 34.422 1.00 0.00 C \nATOM 3 CA ASP A 14 3.838 5.253 36.043 1.00 0.00 C \nATOM 4 CA LEU A 15 4.060 4.600 39.764 1.00 0.00 C \nATOM 5 CA VAL A 16 1.794 1.959 41.254 1.00 0.00 C \nATOM 6 CA PHE A 17 1.667 -0.641 44.003 1.00 0.00 C \nATOM 7 CA ALA A 18 3.512 -3.815 43.082 1.00 0.00 C \nATOM 8 CA LYS A 19 3.350 -6.881 45.298 1.00 0.00 C \nATOM 9 CA MET A 20 5.588 -9.933 45.290 1.00 0.00 C \nATOM 10 CA LYS A 21 5.411 -13.511 46.510 1.00 0.00 C \nATOM 11 CA GLY A 22 5.823 -13.345 50.269 1.00 0.00 C \nATOM 12 CA TYR A 23 6.035 -9.580 49.951 1.00 0.00 C \nATOM 13 CA PRO A 24 3.123 -7.207 50.594 1.00 0.00 C \nATOM 14 CA HIS A 25 2.052 -4.633 48.034 1.00 0.00 C \nATOM 15 CA TRP A 26 5.047 -2.323 47.943 1.00 0.00 C \nATOM 16 CA PRO A 27 5.490 0.990 46.113 1.00 0.00 C \nATOM 17 CA ALA A 28 7.142 0.045 42.842 1.00 0.00 C \nATOM 18 CA ARG A 29 7.413 1.943 39.578 1.00 0.00 C \nATOM 19 CA ILE A 30 6.641 0.638 36.111 1.00 0.00 C \nATOM 20 CA ASP A 31 9.449 -0.106 33.684 1.00 0.00 C \nATOM 21 CA GLU A 32 9.885 -1.809 30.332 1.00 0.00 C \nATOM 22 CA MET A 33 12.074 -4.856 29.828 1.00 0.00 C \nATOM 23 CA PRO A 34 15.311 -3.738 28.160 1.00 0.00 C \nATOM 24 CA GLU A 35 17.405 -5.812 25.785 1.00 0.00 C \nATOM 25 CA ALA A 36 20.895 -4.409 26.197 1.00 0.00 C \nATOM 26 CA ALA A 37 22.584 -6.045 29.164 1.00 0.00 C \nATOM 27 CA VAL A 38 20.603 -9.214 28.556 1.00 0.00 C \nATOM 28 CA LYS A 39 17.867 -10.542 26.303 1.00 0.00 C \nATOM 29 CA SER A 40 14.514 -10.058 27.990 1.00 0.00 C \nATOM 30 CA THR A 41 11.549 -12.315 27.323 1.00 0.00 C \nATOM 31 CA ALA A 42 7.911 -11.912 26.363 1.00 0.00 C \nATOM 32 CA ASN A 43 4.779 -11.814 28.487 1.00 0.00 C \nATOM 33 CA LYS A 44 6.613 -9.957 31.228 1.00 0.00 C \nATOM 34 CA TYR A 45 7.164 -6.426 32.474 1.00 0.00 C \nATOM 35 CA GLN A 46 9.931 -4.675 34.372 1.00 0.00 C \nATOM 36 CA VAL A 47 9.026 -3.433 37.831 1.00 0.00 C \nATOM 37 CA PHE A 48 11.207 -1.307 40.077 1.00 0.00 C \nATOM 38 CA PHE A 49 10.660 -1.629 43.808 1.00 0.00 C \nATOM 39 CA PHE A 50 11.482 1.455 45.843 1.00 0.00 C \nATOM 40 CA GLY A 51 11.161 0.080 49.355 1.00 0.00 C \nATOM 41 CA THR A 52 13.636 -2.662 48.534 1.00 0.00 C \nATOM 42 CA HIS A 53 15.283 -0.569 45.845 1.00 0.00 C \nATOM 43 CA GLU A 54 15.487 -3.509 43.471 1.00 0.00 C \nATOM 44 CA THR A 55 13.972 -4.582 40.173 1.00 0.00 C \nATOM 45 CA ALA A 56 11.770 -7.622 39.689 1.00 0.00 C \nATOM 46 CA PHE A 57 10.090 -9.174 36.674 1.00 0.00 C \nATOM 47 CA LEU A 58 6.402 -8.575 37.281 1.00 0.00 C \nATOM 48 CA GLY A 59 3.307 -7.795 35.246 1.00 0.00 C \nATOM 49 CA PRO A 60 -0.083 -6.092 35.596 1.00 0.00 C \nATOM 50 CA LYS A 61 -1.270 -8.918 37.816 1.00 0.00 C \nATOM 51 CA ASP A 62 1.485 -7.932 40.217 1.00 0.00 C \nATOM 52 CA LEU A 63 0.650 -4.259 39.839 1.00 0.00 C \nATOM 53 CA PHE A 64 -2.424 -2.432 41.076 1.00 0.00 C \nATOM 54 CA PRO A 65 -3.437 1.208 40.589 1.00 0.00 C \nATOM 55 CA TYR A 66 -4.524 3.472 43.423 1.00 0.00 C \nATOM 56 CA GLU A 67 -8.065 3.480 42.088 1.00 0.00 C \nATOM 57 CA GLU A 68 -8.237 -0.280 42.479 1.00 0.00 C \nATOM 58 CA SER A 69 -5.975 -0.404 45.510 1.00 0.00 C \nTER\nEND\n","residue_correspondence":[{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"C","residue_B":"V","uniprot_position_A":12,"uniprot_position_B":490},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"G","residue_B":"G","uniprot_position_A":13,"uniprot_position_B":491},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"D","residue_B":"D","uniprot_position_A":14,"uniprot_position_B":492},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"L","residue_B":"I","uniprot_position_A":15,"uniprot_position_B":493},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"V","residue_B":"V","uniprot_position_A":16,"uniprot_position_B":494},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"F","residue_B":"W","uniprot_position_A":17,"uniprot_position_B":495},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"A","residue_B":"G","uniprot_position_A":18,"uniprot_position_B":496},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"K","residue_B":"K","uniprot_position_A":19,"uniprot_position_B":497},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"M","residue_B":"I","uniprot_position_A":20,"uniprot_position_B":498},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"K","residue_B":"H","uniprot_position_A":21,"uniprot_position_B":499},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"G","residue_B":"G","uniprot_position_A":22,"uniprot_position_B":500},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"Y","residue_B":"F","uniprot_position_A":23,"uniprot_position_B":501},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"P","residue_B":"P","uniprot_position_A":24,"uniprot_position_B":502},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"H","residue_B":"W","uniprot_position_A":25,"uniprot_position_B":503},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"W","residue_B":"W","uniprot_position_A":26,"uniprot_position_B":504},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"P","residue_B":"P","uniprot_position_A":27,"uniprot_position_B":505},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"A","residue_B":"A","uniprot_position_A":28,"uniprot_position_B":506},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"R","residue_B":"R","uniprot_position_A":29,"uniprot_position_B":507},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"I","residue_B":"V","uniprot_position_A":30,"uniprot_position_B":508},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"D","residue_B":"L","uniprot_position_A":31,"uniprot_position_B":509},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"E","residue_B":"D","uniprot_position_A":32,"uniprot_position_B":510},{"USalign_marker":".","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"M","residue_B":"I","uniprot_position_A":33,"uniprot_position_B":511},{"USalign_marker":".","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"A","residue_B":"W","uniprot_position_A":42,"uniprot_position_B":523},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"N","residue_B":"R","uniprot_position_A":43,"uniprot_position_B":524},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"K","residue_B":"E","uniprot_position_A":44,"uniprot_position_B":525},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"Y","residue_B":"A","uniprot_position_A":45,"uniprot_position_B":526},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"Q","residue_B":"K","uniprot_position_A":46,"uniprot_position_B":527},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"V","residue_B":"V","uniprot_position_A":47,"uniprot_position_B":528},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"F","residue_B":"S","uniprot_position_A":48,"uniprot_position_B":529},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"F","residue_B":"W","uniprot_position_A":49,"uniprot_position_B":530},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"F","residue_B":"F","uniprot_position_A":50,"uniprot_position_B":531},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"G","residue_B":"G","uniprot_position_A":51,"uniprot_position_B":532},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"T","residue_B":"S","uniprot_position_A":52,"uniprot_position_B":533},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"H","residue_B":"P","uniprot_position_A":53,"uniprot_position_B":534},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"E","residue_B":"T","uniprot_position_A":54,"uniprot_position_B":535},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"T","residue_B":"T","uniprot_position_A":55,"uniprot_position_B":536},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"A","residue_B":"S","uniprot_position_A":56,"uniprot_position_B":537},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"F","residue_B":"F","uniprot_position_A":57,"uniprot_position_B":538},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"L","residue_B":"L","uniprot_position_A":58,"uniprot_position_B":539},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"G","residue_B":"S","uniprot_position_A":59,"uniprot_position_B":540},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"P","residue_B":"I","uniprot_position_A":60,"uniprot_position_B":541},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"K","residue_B":"S","uniprot_position_A":61,"uniprot_position_B":542},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"D","residue_B":"K","uniprot_position_A":62,"uniprot_position_B":543},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"L","residue_B":"L","uniprot_position_A":63,"uniprot_position_B":544},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"F","residue_B":"S","uniprot_position_A":64,"uniprot_position_B":545},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"P","residue_B":"P","uniprot_position_A":65,"uniprot_position_B":546},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"Y","residue_B":"S","uniprot_position_A":66,"uniprot_position_B":548},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"E","residue_B":"E","uniprot_position_A":67,"uniprot_position_B":549},{"USalign_marker":":","domain_A":"UP:P51858:PWWP1","domain_B":"UP:Q6NUJ5:PWWP1","residue_A":"S","residue_B":"F","uniprot_position_A":69,"uniprot_position_B":550}],"transform":{"fixed":"4LD6:A:UP:Q6NUJ5:PWWP1","formula":"fixed_frame_xyz = moving_xyz @ rotation_row_vector + translation","moving":"1RI0:A:UP:P51858:PWWP1","residue_pairs":[[12,490],[13,491],[14,492],[15,493],[16,494],[17,495],[18,496],[19,497],[20,498],[21,499],[22,500],[23,501],[24,502],[25,503],[26,504],[27,505],[28,506],[29,507],[30,508],[31,509],[32,510],[33,511],[42,523],[43,524],[44,525],[45,526],[46,527],[47,528],[48,529],[49,530],[50,531],[51,532],[52,533],[53,534],[54,535],[55,536],[56,537],[57,538],[58,539],[59,540],[60,541],[61,542],[62,543],[63,544],[64,545],[65,546],[66,548],[67,549],[69,550]],"rmsd_angstrom":1.7689845280224816,"rotation_row_vector":[[-0.2912755934399244,0.438944956074836,0.8499916789020237],[0.17050354020572892,0.8981125964539898,-0.4053668793426366],[-0.9413219807502288,0.026853112056789155,-0.3364399484742145]],"scope":"least-squares fit on US-align residue correspondence; distinct from TM-score-optimized transform","translation":[5.785318642453631,0.4360604380529751,41.549210521192066]}}