{"fixed_pdb":"HEADER DERIVED CA ANNOTATION CORE\nREMARK 900 9T2G:A:UP:Q9ULU4:PWWP1\nREMARK 900 Canonical UniProt numbering; first model; positive occupancy.\nREMARK 900 Derived from wwPDB CC0 coordinates. Not a receptor preparation.\nATOM 1 CA PRO A 277 5.633 21.336 -13.770 1.00 22.19 C \nATOM 2 CA HIS A 278 5.551 17.682 -12.669 1.00 17.02 C \nATOM 3 CA PRO A 279 8.582 16.725 -10.477 1.00 16.78 C \nATOM 4 CA LEU A 280 11.182 14.434 -12.079 1.00 16.40 C \nATOM 5 CA VAL A 281 11.993 11.207 -10.100 1.00 12.58 C \nATOM 6 CA TRP A 282 13.932 7.930 -10.094 1.00 13.00 C \nATOM 7 CA ALA A 283 11.068 5.380 -9.613 1.00 13.30 C \nATOM 8 CA LYS A 284 11.439 1.638 -8.793 1.00 15.44 C \nATOM 9 CA LEU A 285 8.469 -0.710 -9.453 1.00 18.54 C \nATOM 10 CA LYS A 286 8.878 -4.260 -7.949 1.00 20.15 C \nATOM 11 CA GLY A 287 10.538 -6.454 -10.611 1.00 19.27 C \nATOM 12 CA PHE A 288 11.654 -3.498 -12.815 1.00 17.92 C \nATOM 13 CA PRO A 289 14.939 -1.455 -12.869 1.00 16.13 C \nATOM 14 CA PHE A 290 15.096 2.111 -11.375 1.00 13.91 C \nATOM 15 CA TRP A 291 13.969 4.439 -14.219 1.00 13.36 C \nATOM 16 CA PRO A 292 13.409 8.208 -14.862 1.00 13.03 C \nATOM 17 CA ALA A 293 9.759 9.369 -14.641 1.00 12.75 C \nATOM 18 CA LYS A 294 7.391 12.342 -14.205 1.00 12.92 C \nATOM 19 CA ALA A 295 5.369 12.284 -10.898 1.00 14.10 C \nATOM 20 CA LEU A 296 1.756 13.316 -11.829 1.00 14.76 C \nATOM 21 CA ARG A 297 -0.215 12.481 -8.619 1.00 17.44 C \nATOM 22 CA ASP A 298 -0.019 11.272 -4.970 1.00 20.85 C \nATOM 23 CA LYS A 299 -2.686 8.813 -3.624 1.00 23.03 C \nATOM 24 CA ASP A 300 -2.751 6.247 -0.726 1.00 23.84 C \nATOM 25 CA GLY A 301 1.084 6.283 -0.340 1.00 19.18 C \nATOM 26 CA GLN A 302 1.585 5.826 -4.132 0.50 16.60 C \nATOM 27 CA VAL A 303 2.918 8.030 -6.980 1.00 13.83 C \nATOM 28 CA ASP A 304 1.385 8.043 -10.511 1.00 12.73 C \nATOM 29 CA ALA A 305 4.693 7.680 -12.482 1.00 12.22 C \nATOM 30 CA ARG A 306 4.938 8.275 -16.321 1.00 11.16 C \nATOM 31 CA PHE A 307 8.205 6.789 -17.597 1.00 13.84 C \nATOM 32 CA PHE A 308 10.610 8.400 -20.093 1.00 17.13 C \nATOM 33 CA GLY A 309 11.302 6.307 -23.210 1.00 22.45 C \nATOM 34 CA GLN A 310 8.350 3.896 -23.614 1.00 25.47 C \nATOM 35 CA HIS A 311 5.834 6.388 -22.021 1.00 22.09 C \nATOM 36 CA ASP A 312 4.201 3.655 -19.936 1.00 19.16 C \nATOM 37 CA ARG A 313 2.649 4.236 -16.470 1.00 17.15 C \nATOM 38 CA ALA A 314 2.312 2.676 -13.004 1.00 14.35 C \nATOM 39 CA TRP A 315 1.402 3.451 -9.387 1.00 14.24 C \nATOM 40 CA VAL A 316 4.802 3.235 -7.505 1.00 12.27 C \nATOM 41 CA PRO A 317 5.240 3.228 -3.625 1.00 13.84 C \nATOM 42 CA ILE A 318 6.404 6.670 -2.398 1.00 15.50 C \nATOM 43 CA ASN A 319 9.414 5.078 -0.554 1.00 16.63 C \nATOM 44 CA ASN A 320 10.629 3.703 -3.945 1.00 16.42 C \nATOM 45 CA CYS A 321 10.770 7.311 -5.490 1.00 15.17 C \nATOM 46 CA TYR A 322 13.782 9.675 -5.189 1.00 16.92 C \nATOM 47 CA LEU A 323 14.134 13.228 -6.554 1.00 15.68 C \nATOM 48 CA MET A 324 16.234 13.323 -9.775 1.00 14.98 C \nATOM 49 CA SER A 325 20.039 13.278 -9.220 1.00 15.31 C \nATOM 50 CA LYS A 326 23.304 13.078 -11.275 1.00 18.93 C \nATOM 51 CA GLU A 327 24.368 9.788 -9.525 1.00 18.56 C \nTER\nEND\n","metadata":{"RMSD_USalign":2.19,"RMSD_recomputed_Kabsch":2.185684,"RMSD_under_USalign_TM_transform":2.263848,"TM_score_normalized_A":0.61037,"TM_score_normalized_B":0.70457,"aligned_fraction_A":0.806452,"aligned_fraction_B":0.980392,"aligned_length":50,"comparison_A":"3PMI:A:UP:Q2TAK8:PWWP1","comparison_B":"9T2G:A:UP:Q9ULU4:PWWP1","conservative_display_comparable":1,"domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","gene_A":"PWWP3A","gene_B":"ZMYND8","least_squares_transform":"derived/Kabsch_transforms/PWWP3A_PWWP1__ZMYND8_PWWP1.json","length_A":62,"length_B":51,"raw_output":"derived/USalign_raw/PWWP3A_PWWP1__ZMYND8_PWWP1.txt","rotation_matrix":"derived/USalign_raw/PWWP3A_PWWP1__ZMYND8_PWWP1.matrix.txt","sequence_identity_aligned":0.24},"moving_pdb":"HEADER DERIVED CA ANNOTATION CORE\nREMARK 900 3PMI:A:UP:Q2TAK8: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 411 3.056 16.533 -10.125 1.00 56.93 C \nATOM 2 CA GLY A 412 5.379 16.860 -13.166 1.00 50.54 C \nATOM 3 CA MSE A 413 8.506 16.279 -11.078 1.00 51.66 C \nATOM 4 CA LEU A 414 11.285 13.952 -12.319 1.00 43.53 C \nATOM 5 CA VAL A 415 11.903 10.850 -10.211 1.00 43.63 C \nATOM 6 CA TRP A 416 13.567 7.420 -10.242 1.00 44.81 C \nATOM 7 CA HIS A 417 11.618 4.165 -9.889 1.00 51.73 C \nATOM 8 CA LYS A 418 12.806 0.512 -9.646 1.00 62.27 C \nATOM 9 CA HIS A 419 10.619 -2.341 -10.881 1.00 74.80 C \nATOM 10 CA LYS A 420 11.686 -5.676 -9.384 1.00 88.67 C \nATOM 11 CA LYS A 421 14.667 -7.276 -11.235 1.00 87.85 C \nATOM 12 CA TYR A 422 15.215 -3.909 -12.970 1.00 69.04 C \nATOM 13 CA PRO A 423 17.444 -0.916 -12.208 1.00 55.63 C \nATOM 14 CA PHE A 424 16.126 2.475 -11.118 1.00 47.45 C \nATOM 15 CA TRP A 425 14.783 4.273 -14.144 1.00 42.32 C \nATOM 16 CA PRO A 426 13.792 7.903 -14.498 1.00 37.70 C \nATOM 17 CA ALA A 427 10.102 8.868 -14.666 1.00 37.70 C \nATOM 18 CA VAL A 428 7.689 11.762 -14.400 1.00 40.35 C \nATOM 19 CA VAL A 429 4.990 12.123 -11.743 1.00 47.92 C \nATOM 20 CA LYS A 430 1.375 12.367 -13.034 1.00 56.10 C \nATOM 21 CA SER A 431 -0.757 11.813 -9.914 1.00 69.57 C \nATOM 22 CA VAL A 432 0.217 12.153 -6.278 1.00 72.69 C \nATOM 23 CA ARG A 433 -1.963 10.872 -3.455 1.00 86.99 C \nATOM 24 CA GLN A 434 -0.055 13.077 -0.954 1.00 89.32 C \nATOM 25 CA ARG A 435 -2.212 12.317 2.087 1.00103.86 C \nATOM 26 CA ASP A 436 -1.816 8.495 1.850 1.00103.38 C \nATOM 27 CA LYS A 437 1.724 7.577 0.712 1.00 94.70 C \nATOM 28 CA LYS A 438 1.133 6.679 -2.989 1.00 81.95 C \nATOM 29 CA ALA A 439 1.796 8.368 -6.372 1.00 66.36 C \nATOM 30 CA SER A 440 1.366 7.805 -10.101 1.00 59.46 C \nATOM 31 CA VAL A 441 4.270 7.812 -12.456 1.00 49.21 C \nATOM 32 CA LEU A 442 5.270 7.266 -16.071 1.00 45.85 C \nATOM 33 CA TYR A 443 8.679 6.144 -17.303 1.00 42.30 C \nATOM 34 CA ILE A 444 10.704 8.487 -19.465 1.00 41.06 C \nATOM 35 CA GLU A 445 12.080 6.475 -22.371 1.00 42.91 C \nATOM 36 CA GLY A 446 13.149 7.135 -25.975 1.00 41.26 C \nATOM 37 CA HIS A 447 9.827 6.239 -27.479 1.00 45.35 C \nATOM 38 CA MSE A 448 6.964 6.822 -25.128 1.00 48.31 C \nATOM 39 CA ASN A 449 3.339 7.812 -25.161 1.00 56.56 C \nATOM 40 CA PRO A 450 3.093 10.903 -22.917 1.00 57.98 C \nATOM 41 CA LYS A 451 -0.684 10.373 -22.708 1.00 70.50 C \nATOM 42 CA MSE A 452 -0.504 6.785 -21.415 1.00 77.64 C \nATOM 43 CA LYS A 453 -1.963 6.866 -17.869 1.00 81.56 C \nATOM 44 CA GLY A 454 0.433 6.566 -14.912 1.00 73.65 C \nATOM 45 CA PHE A 455 0.916 3.174 -13.215 1.00 69.38 C \nATOM 46 CA THR A 456 0.733 3.199 -9.398 1.00 66.48 C \nATOM 47 CA VAL A 457 3.703 3.351 -6.993 1.00 60.97 C \nATOM 48 CA SER A 458 4.315 4.426 -3.389 1.00 64.99 C \nATOM 49 CA LEU A 459 6.103 7.635 -2.348 1.00 63.60 C \nATOM 50 CA LYS A 460 8.595 5.583 -0.312 1.00 64.41 C \nATOM 51 CA SER A 461 9.894 3.882 -3.472 1.00 57.69 C \nATOM 52 CA LEU A 462 10.699 7.112 -5.359 1.00 51.15 C \nATOM 53 CA LYS A 463 14.053 8.875 -5.412 1.00 50.05 C \nATOM 54 CA HIS A 464 14.123 12.445 -6.731 1.00 49.10 C \nATOM 55 CA PHE A 465 15.924 12.629 -10.058 1.00 46.34 C \nATOM 56 CA ASP A 466 18.497 15.025 -8.685 1.00 54.47 C \nATOM 57 CA CYS A 467 19.317 13.057 -5.531 1.00 60.87 C \nATOM 58 CA LYS A 468 22.890 12.398 -4.348 1.00 67.26 C \nATOM 59 CA GLU A 469 22.684 8.830 -5.774 1.00 62.64 C \nATOM 60 CA LYS A 470 22.169 10.132 -9.345 1.00 54.47 C \nATOM 61 CA GLN A 471 25.560 9.303 -10.877 1.00 56.34 C \nATOM 62 CA THR A 472 25.553 5.802 -9.346 1.00 55.53 C \nTER\nEND\n","residue_correspondence":[{"USalign_marker":".","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"V","residue_B":"P","uniprot_position_A":411,"uniprot_position_B":277},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"G","residue_B":"H","uniprot_position_A":412,"uniprot_position_B":278},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"M","residue_B":"P","uniprot_position_A":413,"uniprot_position_B":279},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"L","residue_B":"L","uniprot_position_A":414,"uniprot_position_B":280},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"V","residue_B":"V","uniprot_position_A":415,"uniprot_position_B":281},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"W","residue_B":"W","uniprot_position_A":416,"uniprot_position_B":282},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"H","residue_B":"A","uniprot_position_A":417,"uniprot_position_B":283},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"K","residue_B":"K","uniprot_position_A":418,"uniprot_position_B":284},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"H","residue_B":"L","uniprot_position_A":419,"uniprot_position_B":285},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"K","residue_B":"G","uniprot_position_A":420,"uniprot_position_B":287},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"Y","residue_B":"F","uniprot_position_A":422,"uniprot_position_B":288},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"P","residue_B":"P","uniprot_position_A":423,"uniprot_position_B":289},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"F","residue_B":"F","uniprot_position_A":424,"uniprot_position_B":290},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"W","residue_B":"W","uniprot_position_A":425,"uniprot_position_B":291},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"P","residue_B":"P","uniprot_position_A":426,"uniprot_position_B":292},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"A","residue_B":"A","uniprot_position_A":427,"uniprot_position_B":293},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"V","residue_B":"K","uniprot_position_A":428,"uniprot_position_B":294},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"V","residue_B":"A","uniprot_position_A":429,"uniprot_position_B":295},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"K","residue_B":"L","uniprot_position_A":430,"uniprot_position_B":296},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"S","residue_B":"R","uniprot_position_A":431,"uniprot_position_B":297},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"V","residue_B":"D","uniprot_position_A":432,"uniprot_position_B":298},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"R","residue_B":"K","uniprot_position_A":433,"uniprot_position_B":299},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"D","residue_B":"D","uniprot_position_A":436,"uniprot_position_B":300},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"K","residue_B":"G","uniprot_position_A":437,"uniprot_position_B":301},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"K","residue_B":"Q","uniprot_position_A":438,"uniprot_position_B":302},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"A","residue_B":"V","uniprot_position_A":439,"uniprot_position_B":303},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"S","residue_B":"D","uniprot_position_A":440,"uniprot_position_B":304},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"V","residue_B":"A","uniprot_position_A":441,"uniprot_position_B":305},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"L","residue_B":"R","uniprot_position_A":442,"uniprot_position_B":306},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"Y","residue_B":"F","uniprot_position_A":443,"uniprot_position_B":307},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"I","residue_B":"F","uniprot_position_A":444,"uniprot_position_B":308},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"E","residue_B":"G","uniprot_position_A":445,"uniprot_position_B":309},{"USalign_marker":".","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"H","residue_B":"Q","uniprot_position_A":447,"uniprot_position_B":310},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"M","residue_B":"H","uniprot_position_A":448,"uniprot_position_B":311},{"USalign_marker":".","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"M","residue_B":"D","uniprot_position_A":452,"uniprot_position_B":312},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"G","residue_B":"R","uniprot_position_A":454,"uniprot_position_B":313},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"F","residue_B":"A","uniprot_position_A":455,"uniprot_position_B":314},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"T","residue_B":"W","uniprot_position_A":456,"uniprot_position_B":315},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"V","residue_B":"V","uniprot_position_A":457,"uniprot_position_B":316},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"S","residue_B":"P","uniprot_position_A":458,"uniprot_position_B":317},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"L","residue_B":"I","uniprot_position_A":459,"uniprot_position_B":318},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"K","residue_B":"N","uniprot_position_A":460,"uniprot_position_B":319},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"S","residue_B":"N","uniprot_position_A":461,"uniprot_position_B":320},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"L","residue_B":"C","uniprot_position_A":462,"uniprot_position_B":321},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"K","residue_B":"Y","uniprot_position_A":463,"uniprot_position_B":322},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"H","residue_B":"L","uniprot_position_A":464,"uniprot_position_B":323},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"F","residue_B":"M","uniprot_position_A":465,"uniprot_position_B":324},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"D","residue_B":"S","uniprot_position_A":466,"uniprot_position_B":325},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"K","residue_B":"K","uniprot_position_A":470,"uniprot_position_B":326},{"USalign_marker":":","domain_A":"UP:Q2TAK8:PWWP1","domain_B":"UP:Q9ULU4:PWWP1","residue_A":"Q","residue_B":"E","uniprot_position_A":471,"uniprot_position_B":327}],"transform":{"fixed":"9T2G:A:UP:Q9ULU4:PWWP1","formula":"fixed_frame_xyz = moving_xyz @ rotation_row_vector + translation","moving":"3PMI:A:UP:Q2TAK8:PWWP1","residue_pairs":[[411,277],[412,278],[413,279],[414,280],[415,281],[416,282],[417,283],[418,284],[419,285],[420,287],[422,288],[423,289],[424,290],[425,291],[426,292],[427,293],[428,294],[429,295],[430,296],[431,297],[432,298],[433,299],[436,300],[437,301],[438,302],[439,303],[440,304],[441,305],[442,306],[443,307],[444,308],[445,309],[447,310],[448,311],[452,312],[454,313],[455,314],[456,315],[457,316],[458,317],[459,318],[460,319],[461,320],[462,321],[463,322],[464,323],[465,324],[466,325],[470,326],[471,327]],"rmsd_angstrom":2.185684115447144,"rotation_row_vector":[[0.32401031776172046,0.07484166498167165,-0.9430885637980773],[0.9369058493369983,0.11290772270161333,0.3308463021290312],[0.13124307014874192,-0.9907828073483652,-0.03353632658514572]],"scope":"least-squares fit on US-align residue correspondence; distinct from TM-score-optimized transform","translation":[-31.05965525034133,139.16854458852742,21.155212748037236]}}