data_9OK7 _audit_conform.dict_name mmcif_pdbx_vrpt.dic _audit_conform.dict_version 0.071 _audit_conform.dict_location https://mmcif.pdb.org/dictionaries/ascii/mmcif_pdbx_vrpt.dic # _entry.id 9OK7 # _entity.id 1 _entity.type polymer _entity.src_method man _entity.pdbx_description "NACHT, LRR and PYD domains-containing protein 6" _entity.formula_weight 98897.938 _entity.pdbx_number_of_molecules 1 _entity.pdbx_ec ? _entity.pdbx_mutation ? _entity.pdbx_fragment ? _entity.details ? # _struct_asym.id A _struct_asym.pdbx_blank_PDB_chainid_flag ? _struct_asym.pdbx_modified N _struct_asym.entity_id 1 _struct_asym.details ? # loop_ _pdbx_vrpt_database.id _pdbx_vrpt_database.code _pdbx_vrpt_database.extended_code PDB 9OK7 pdb_00009ok7 EMDB EMD-70555 ? # _pdbx_vrpt_exptl.ordinal 1 _pdbx_vrpt_exptl.method "electron microscopy" # _pdbx_vrpt_summary.entry_id 9OK7 _pdbx_vrpt_summary.extended_entry_id pdb_00009ok7 _pdbx_vrpt_summary.PDB_deposition_date 2025-05-09 _pdbx_vrpt_summary.PDB_revision_number 2 _pdbx_vrpt_summary.PDB_revision_date 2026-08-12 _pdbx_vrpt_summary.EMDB_deposition_date 2025-05-09 _pdbx_vrpt_summary.report_creation_date 2026-08-06:12:31 _pdbx_vrpt_summary.attempted_validation_steps visualanalysis,molprobity,validation-pack,validation_schema,percentiles,writexml,writecif,writepdf _pdbx_vrpt_summary.ligands_for_buster_report N # _pdbx_vrpt_entity.id 1 _pdbx_vrpt_entity.type polymer _pdbx_vrpt_entity.description "NACHT, LRR and PYD domains-containing protein 6" # _pdbx_vrpt_asym.label_asym_id A _pdbx_vrpt_asym.entity_id 1 # loop_ _pdbx_vrpt_percentile_list.id _pdbx_vrpt_percentile_list.range _pdbx_vrpt_percentile_list.exp_method 1 all pdb 2 all "electron microscopy" # loop_ _pdbx_vrpt_percentile_type.id _pdbx_vrpt_percentile_type.type 1 all_atom_clashscore 2 Ramachandran_outlier_percent 3 rotamer_outliers_percent 4 q_relative # loop_ _pdbx_vrpt_percentile_conditions.id _pdbx_vrpt_percentile_conditions.percentile_list_id _pdbx_vrpt_percentile_conditions.type_id _pdbx_vrpt_percentile_conditions.rank _pdbx_vrpt_percentile_conditions.number_entries_total _pdbx_vrpt_percentile_conditions.res_high _pdbx_vrpt_percentile_conditions.res_low 1 1 1 12.53 229148 ? ? 2 2 1 12.05 23984 ? ? 3 1 2 100.00 224038 ? ? 4 2 2 100.00 23583 ? ? 5 1 3 100.00 223484 ? ? 6 2 3 100.00 23102 ? ? 7 2 4 26.4 25397 0.6 53.0 8 2 4 25.9 10018 3.29 4.29 # loop_ _pdbx_vrpt_percentile_entity_view.ordinal _pdbx_vrpt_percentile_entity_view.conditions_id _pdbx_vrpt_percentile_entity_view.type_id _pdbx_vrpt_percentile_entity_view.label_asym_id _pdbx_vrpt_percentile_entity_view.PDB_model_num _pdbx_vrpt_percentile_entity_view.entity_id _pdbx_vrpt_percentile_entity_view.auth_asym_id _pdbx_vrpt_percentile_entity_view.rank 1 3 2 A 1 1 A 100.00 2 4 2 A 1 1 A 100.00 3 5 3 A 1 1 A 100.00 4 6 3 A 1 1 A 100.00 # _pdbx_vrpt_summary_entity_geometry.ordinal 1 _pdbx_vrpt_summary_entity_geometry.PDB_model_num 1 _pdbx_vrpt_summary_entity_geometry.entity_id 1 _pdbx_vrpt_summary_entity_geometry.label_asym_id A _pdbx_vrpt_summary_entity_geometry.auth_asym_id A _pdbx_vrpt_summary_entity_geometry.angles_RMSZ 0.32 _pdbx_vrpt_summary_entity_geometry.bonds_RMSZ 0.12 _pdbx_vrpt_summary_entity_geometry.num_bonds_RMSZ 3881 _pdbx_vrpt_summary_entity_geometry.num_angles_RMSZ 5243 # _pdbx_vrpt_summary_entity_fit_to_map.ordinal 1 _pdbx_vrpt_summary_entity_fit_to_map.PDB_model_num 1 _pdbx_vrpt_summary_entity_fit_to_map.entity_id 1 _pdbx_vrpt_summary_entity_fit_to_map.label_asym_id A _pdbx_vrpt_summary_entity_fit_to_map.auth_asym_id A _pdbx_vrpt_summary_entity_fit_to_map.average_residue_inclusion 0.7835 _pdbx_vrpt_summary_entity_fit_to_map.Q_score 0.342 # _pdbx_vrpt_summary_geometry.ordinal 1 _pdbx_vrpt_summary_geometry.percent_ramachandran_outliers 0.00 _pdbx_vrpt_summary_geometry.percent_rotamer_outliers 0.00 _pdbx_vrpt_summary_geometry.clashscore 16.68 _pdbx_vrpt_summary_geometry.num_H_reduce 3857 _pdbx_vrpt_summary_geometry.num_bonds_RMSZ 3881 _pdbx_vrpt_summary_geometry.bonds_RMSZ 0.12 _pdbx_vrpt_summary_geometry.num_angles_RMSZ 5243 _pdbx_vrpt_summary_geometry.angles_RMSZ 0.32 # _pdbx_vrpt_summary_em.exp_method "electron microscopy" _pdbx_vrpt_summary_em.ordinal 1 _pdbx_vrpt_summary_em.contour_level_primary_map 0.185 _pdbx_vrpt_summary_em.atom_inclusion_all_atoms 0.7850 _pdbx_vrpt_summary_em.atom_inclusion_backbone 0.8950 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_pt_143 4.44 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_pt_333 5.77 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_pt_5 6.93 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_halfbit 4.57 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_onebit 5.88 _pdbx_vrpt_summary_em.calculated_fsc_resolution_by_cutoff_threesigma 4.06 _pdbx_vrpt_summary_em.EMDB_resolution 3.79 _pdbx_vrpt_summary_em.Q_score 0.342 # loop_ _pdbx_vrpt_model_instance.id _pdbx_vrpt_model_instance.PDB_model_num _pdbx_vrpt_model_instance.entity_id _pdbx_vrpt_model_instance.label_asym_id _pdbx_vrpt_model_instance.label_seq_id _pdbx_vrpt_model_instance.label_comp_id _pdbx_vrpt_model_instance.auth_asym_id _pdbx_vrpt_model_instance.auth_seq_id _pdbx_vrpt_model_instance.label_alt_id _pdbx_vrpt_model_instance.PDB_ins_code _pdbx_vrpt_model_instance.count_clashes 1 1 1 A 349 PHE A 349 . ? ? 2 1 1 A 350 SER A 350 . ? ? 3 1 1 A 351 ASP A 351 . ? ? 4 1 1 A 352 LYS A 352 . ? ? 5 1 1 A 353 ASP A 353 . ? ? 6 1 1 A 354 LYS A 354 . ? 1 7 1 1 A 355 LYS A 355 . ? ? 8 1 1 A 356 LYS A 356 . ? ? 9 1 1 A 357 TYR A 357 . ? ? 10 1 1 A 358 PHE A 358 . ? 1 11 1 1 A 359 TYR A 359 . ? ? 12 1 1 A 360 LYS A 360 . ? ? 13 1 1 A 361 TYR A 361 . ? ? 14 1 1 A 362 PHE A 362 . ? ? 15 1 1 A 363 ARG A 363 . ? ? 16 1 1 A 364 ASP A 364 . ? ? 17 1 1 A 365 GLU A 365 . ? ? 18 1 1 A 366 ARG A 366 . ? 2 19 1 1 A 367 ARG A 367 . ? ? 20 1 1 A 368 ALA A 368 . ? ? 21 1 1 A 369 GLU A 369 . ? ? 22 1 1 A 370 ARG A 370 . ? ? 23 1 1 A 371 ALA A 371 . ? ? 24 1 1 A 372 TYR A 372 . ? ? 25 1 1 A 373 ARG A 373 . ? ? 26 1 1 A 374 PHE A 374 . ? ? 27 1 1 A 375 VAL A 375 . ? ? 28 1 1 A 376 LYS A 376 . ? ? 29 1 1 A 377 GLU A 377 . ? ? 30 1 1 A 378 ASN A 378 . ? ? 31 1 1 A 379 GLU A 379 . ? ? 32 1 1 A 380 THR A 380 . ? 1 33 1 1 A 381 LEU A 381 . ? 1 34 1 1 A 382 PHE A 382 . ? ? 35 1 1 A 383 ALA A 383 . ? ? 36 1 1 A 384 LEU A 384 . ? 2 37 1 1 A 385 CYS A 385 . ? 1 38 1 1 A 386 PHE A 386 . ? ? 39 1 1 A 387 VAL A 387 . ? ? 40 1 1 A 388 PRO A 388 . ? ? 41 1 1 A 389 PHE A 389 . ? 5 42 1 1 A 390 VAL A 390 . ? ? 43 1 1 A 391 CYS A 391 . ? 1 44 1 1 A 392 TRP A 392 . ? ? 45 1 1 A 393 ILE A 393 . ? 4 46 1 1 A 394 VAL A 394 . ? 1 47 1 1 A 395 CYS A 395 . ? ? 48 1 1 A 396 THR A 396 . ? ? 49 1 1 A 397 VAL A 397 . ? ? 50 1 1 A 398 LEU A 398 . ? 1 51 1 1 A 399 ARG A 399 . ? ? 52 1 1 A 400 GLN A 400 . ? ? 53 1 1 A 401 GLN A 401 . ? ? 54 1 1 A 402 LEU A 402 . ? ? 55 1 1 A 403 GLU A 403 . ? ? 56 1 1 A 404 LEU A 404 . ? ? 57 1 1 A 405 GLY A 405 . ? ? 58 1 1 A 406 ARG A 406 . ? ? 59 1 1 A 407 ASP A 407 . ? ? 60 1 1 A 408 LEU A 408 . ? ? 61 1 1 A 409 SER A 409 . ? ? 62 1 1 A 410 ARG A 410 . ? ? 63 1 1 A 411 THR A 411 . ? ? 64 1 1 A 412 SER A 412 . ? ? 65 1 1 A 413 LYS A 413 . ? ? 66 1 1 A 414 THR A 414 . ? ? 67 1 1 A 415 THR A 415 . ? 2 68 1 1 A 416 THR A 416 . ? 2 69 1 1 A 417 SER A 417 . ? 2 70 1 1 A 418 VAL A 418 . ? ? 71 1 1 A 419 TYR A 419 . ? ? 72 1 1 A 420 LEU A 420 . ? 2 73 1 1 A 421 LEU A 421 . ? 1 74 1 1 A 422 PHE A 422 . ? 2 75 1 1 A 423 ILE A 423 . ? ? 76 1 1 A 424 THR A 424 . ? ? 77 1 1 A 425 SER A 425 . ? ? 78 1 1 A 426 VAL A 426 . ? ? 79 1 1 A 427 LEU A 427 . ? 2 80 1 1 A 428 SER A 428 . ? ? 81 1 1 A 429 SER A 429 . ? ? 82 1 1 A 430 ALA A 430 . ? ? 83 1 1 A 431 PRO A 431 . ? ? 84 1 1 A 432 VAL A 432 . ? ? 85 1 1 A 433 ALA A 433 . ? ? 86 1 1 A 434 ASP A 434 . ? ? 87 1 1 A 435 GLY A 435 . ? ? 88 1 1 A 436 PRO A 436 . ? ? 89 1 1 A 437 ARG A 437 . ? ? 90 1 1 A 438 LEU A 438 . ? 1 91 1 1 A 439 GLN A 439 . ? ? 92 1 1 A 440 GLY A 440 . ? ? 93 1 1 A 441 ASP A 441 . ? ? 94 1 1 A 442 LEU A 442 . ? ? 95 1 1 A 443 ARG A 443 . ? ? 96 1 1 A 444 ASN A 444 . ? ? 97 1 1 A 445 LEU A 445 . ? ? 98 1 1 A 446 CYS A 446 . ? ? 99 1 1 A 447 ARG A 447 . ? ? 100 1 1 A 448 LEU A 448 . ? ? 101 1 1 A 449 ALA A 449 . ? ? 102 1 1 A 450 ARG A 450 . ? ? 103 1 1 A 451 GLU A 451 . ? ? 104 1 1 A 452 GLY A 452 . ? ? 105 1 1 A 453 VAL A 453 . ? ? 106 1 1 A 454 LEU A 454 . ? ? 107 1 1 A 455 GLY A 455 . ? ? 108 1 1 A 456 ARG A 456 . ? ? 109 1 1 A 457 ARG A 457 . ? ? 110 1 1 A 458 ALA A 458 . ? ? 111 1 1 A 459 GLN A 459 . ? ? 112 1 1 A 460 PHE A 460 . ? ? 113 1 1 A 461 ALA A 461 . ? ? 114 1 1 A 462 GLU A 462 . ? ? 115 1 1 A 463 LYS A 463 . ? ? 116 1 1 A 464 GLU A 464 . ? ? 117 1 1 A 465 LEU A 465 . ? ? 118 1 1 A 466 GLU A 466 . ? ? 119 1 1 A 467 GLN A 467 . ? ? 120 1 1 A 468 LEU A 468 . ? ? 121 1 1 A 469 GLU A 469 . ? ? 122 1 1 A 470 LEU A 470 . ? ? 123 1 1 A 471 ARG A 471 . ? 1 124 1 1 A 472 GLY A 472 . ? ? 125 1 1 A 473 SER A 473 . ? ? 126 1 1 A 474 LYS A 474 . ? ? 127 1 1 A 475 VAL A 475 . ? 2 128 1 1 A 476 GLN A 476 . ? ? 129 1 1 A 477 THR A 477 . ? ? 130 1 1 A 478 LEU A 478 . ? 1 131 1 1 A 479 PHE A 479 . ? 2 132 1 1 A 480 LEU A 480 . ? 1 133 1 1 A 481 SER A 481 . ? ? 134 1 1 A 482 LYS A 482 . ? 2 135 1 1 A 483 LYS A 483 . ? ? 136 1 1 A 484 GLU A 484 . ? 1 137 1 1 A 485 LEU A 485 . ? ? 138 1 1 A 493 VAL A 493 . ? 2 139 1 1 A 494 THR A 494 . ? 3 140 1 1 A 495 TYR A 495 . ? 2 141 1 1 A 496 GLN A 496 . ? ? 142 1 1 A 497 PHE A 497 . ? ? 143 1 1 A 498 ILE A 498 . ? 3 144 1 1 A 499 ASP A 499 . ? ? 145 1 1 A 500 GLN A 500 . ? ? 146 1 1 A 501 SER A 501 . ? ? 147 1 1 A 502 PHE A 502 . ? ? 148 1 1 A 503 GLN A 503 . ? ? 149 1 1 A 504 GLU A 504 . ? 1 150 1 1 A 505 PHE A 505 . ? ? 151 1 1 A 506 LEU A 506 . ? ? 152 1 1 A 507 ALA A 507 . ? ? 153 1 1 A 508 ALA A 508 . ? ? 154 1 1 A 509 LEU A 509 . ? 1 155 1 1 A 510 SER A 510 . ? ? 156 1 1 A 511 TYR A 511 . ? ? 157 1 1 A 512 LEU A 512 . ? 2 158 1 1 A 513 LEU A 513 . ? 2 159 1 1 A 514 GLU A 514 . ? ? 160 1 1 A 515 ASP A 515 . ? ? 161 1 1 A 516 GLY A 516 . ? ? 162 1 1 A 517 GLY A 517 . ? ? 163 1 1 A 518 VAL A 518 . ? 1 164 1 1 A 519 PRO A 519 . ? 1 165 1 1 A 520 ARG A 520 . ? ? 166 1 1 A 521 THR A 521 . ? ? 167 1 1 A 522 ALA A 522 . ? ? 168 1 1 A 523 ALA A 523 . ? ? 169 1 1 A 524 GLY A 524 . ? ? 170 1 1 A 525 GLY A 525 . ? ? 171 1 1 A 526 VAL A 526 . ? 2 172 1 1 A 527 GLY A 527 . ? ? 173 1 1 A 528 THR A 528 . ? ? 174 1 1 A 529 LEU A 529 . ? ? 175 1 1 A 530 LEU A 530 . ? ? 176 1 1 A 531 ARG A 531 . ? ? 177 1 1 A 532 GLY A 532 . ? ? 178 1 1 A 533 ASP A 533 . ? ? 179 1 1 A 534 ALA A 534 . ? ? 180 1 1 A 535 GLN A 535 . ? ? 181 1 1 A 539 HIS A 539 . ? ? 182 1 1 A 540 LEU A 540 . ? ? 183 1 1 A 541 VAL A 541 . ? ? 184 1 1 A 542 LEU A 542 . ? 1 185 1 1 A 543 THR A 543 . ? 2 186 1 1 A 544 THR A 544 . ? ? 187 1 1 A 545 ARG A 545 . ? ? 188 1 1 A 546 PHE A 546 . ? 1 189 1 1 A 547 LEU A 547 . ? 2 190 1 1 A 548 PHE A 548 . ? ? 191 1 1 A 549 GLY A 549 . ? 1 192 1 1 A 550 LEU A 550 . ? 1 193 1 1 A 551 LEU A 551 . ? 3 194 1 1 A 552 SER A 552 . ? ? 195 1 1 A 553 ALA A 553 . ? ? 196 1 1 A 554 GLU A 554 . ? ? 197 1 1 A 555 ARG A 555 . ? 1 198 1 1 A 556 MET A 556 . ? ? 199 1 1 A 557 ARG A 557 . ? ? 200 1 1 A 558 ASP A 558 . ? ? 201 1 1 A 559 ILE A 559 . ? 2 202 1 1 A 560 GLU A 560 . ? ? 203 1 1 A 561 ARG A 561 . ? ? 204 1 1 A 562 HIS A 562 . ? ? 205 1 1 A 563 PHE A 563 . ? ? 206 1 1 A 564 GLY A 564 . ? ? 207 1 1 A 565 CYS A 565 . ? ? 208 1 1 A 566 MET A 566 . ? ? 209 1 1 A 567 VAL A 567 . ? ? 210 1 1 A 568 SER A 568 . ? ? 211 1 1 A 569 GLU A 569 . ? ? 212 1 1 A 570 ARG A 570 . ? ? 213 1 1 A 571 VAL A 571 . ? ? 214 1 1 A 572 LYS A 572 . ? 1 215 1 1 A 573 GLN A 573 . ? ? 216 1 1 A 574 GLU A 574 . ? ? 217 1 1 A 575 ALA A 575 . ? ? 218 1 1 A 576 LEU A 576 . ? ? 219 1 1 A 577 ARG A 577 . ? ? 220 1 1 A 578 TRP A 578 . ? ? 221 1 1 A 579 VAL A 579 . ? ? 222 1 1 A 580 GLN A 580 . ? 1 223 1 1 A 581 GLY A 581 . ? ? 224 1 1 A 582 GLN A 582 . ? 2 225 1 1 A 583 GLY A 583 . ? ? 226 1 1 A 584 GLN A 584 . ? ? 227 1 1 A 585 GLY A 585 . ? ? 228 1 1 A 586 CYS A 586 . ? ? 229 1 1 A 594 THR A 594 . ? ? 230 1 1 A 595 GLU A 595 . ? ? 231 1 1 A 596 GLY A 596 . ? 1 232 1 1 A 597 ALA A 597 . ? 1 233 1 1 A 598 LYS A 598 . ? ? 234 1 1 A 599 GLY A 599 . ? ? 235 1 1 A 600 LEU A 600 . ? 1 236 1 1 A 601 GLU A 601 . ? 2 237 1 1 A 602 ASP A 602 . ? ? 238 1 1 A 603 THR A 603 . ? ? 239 1 1 A 604 GLU A 604 . ? 1 240 1 1 A 605 GLU A 605 . ? 2 241 1 1 A 606 PRO A 606 . ? 3 242 1 1 A 607 GLU A 607 . ? 1 243 1 1 A 608 GLU A 608 . ? 1 244 1 1 A 609 GLU A 609 . ? ? 245 1 1 A 610 GLU A 610 . ? 2 246 1 1 A 611 GLU A 611 . ? 2 247 1 1 A 612 GLY A 612 . ? ? 248 1 1 A 613 GLU A 613 . ? 2 249 1 1 A 614 GLU A 614 . ? 2 250 1 1 A 615 PRO A 615 . ? ? 251 1 1 A 616 ASN A 616 . ? 1 252 1 1 A 617 TYR A 617 . ? ? 253 1 1 A 618 PRO A 618 . ? ? 254 1 1 A 619 LEU A 619 . ? 1 255 1 1 A 620 GLU A 620 . ? ? 256 1 1 A 621 LEU A 621 . ? ? 257 1 1 A 622 LEU A 622 . ? ? 258 1 1 A 623 TYR A 623 . ? ? 259 1 1 A 624 CYS A 624 . ? ? 260 1 1 A 625 LEU A 625 . ? 3 261 1 1 A 626 TYR A 626 . ? ? 262 1 1 A 627 GLU A 627 . ? ? 263 1 1 A 628 THR A 628 . ? 2 264 1 1 A 629 GLN A 629 . ? 1 265 1 1 A 630 GLU A 630 . ? 1 266 1 1 A 631 ASP A 631 . ? ? 267 1 1 A 632 ALA A 632 . ? 1 268 1 1 A 633 PHE A 633 . ? ? 269 1 1 A 634 VAL A 634 . ? 4 270 1 1 A 635 ARG A 635 . ? ? 271 1 1 A 636 GLN A 636 . ? 1 272 1 1 A 637 ALA A 637 . ? ? 273 1 1 A 638 LEU A 638 . ? 1 274 1 1 A 639 CYS A 639 . ? ? 275 1 1 A 640 ARG A 640 . ? 1 276 1 1 A 641 PHE A 641 . ? 2 277 1 1 A 642 PRO A 642 . ? ? 278 1 1 A 643 GLU A 643 . ? 2 279 1 1 A 644 LEU A 644 . ? 2 280 1 1 A 645 ALA A 645 . ? ? 281 1 1 A 646 LEU A 646 . ? ? 282 1 1 A 647 GLN A 647 . ? ? 283 1 1 A 648 ARG A 648 . ? ? 284 1 1 A 649 VAL A 649 . ? ? 285 1 1 A 650 ARG A 650 . ? 1 286 1 1 A 651 PHE A 651 . ? ? 287 1 1 A 652 CYS A 652 . ? ? 288 1 1 A 653 ARG A 653 . ? 1 289 1 1 A 654 MET A 654 . ? 1 290 1 1 A 655 ASP A 655 . ? ? 291 1 1 A 656 VAL A 656 . ? ? 292 1 1 A 657 ALA A 657 . ? ? 293 1 1 A 658 VAL A 658 . ? ? 294 1 1 A 659 LEU A 659 . ? 3 295 1 1 A 660 SER A 660 . ? ? 296 1 1 A 661 TYR A 661 . ? ? 297 1 1 A 662 CYS A 662 . ? ? 298 1 1 A 663 VAL A 663 . ? 1 299 1 1 A 664 ARG A 664 . ? 2 300 1 1 A 665 CYS A 665 . ? 1 301 1 1 A 666 CYS A 666 . ? 1 302 1 1 A 667 PRO A 667 . ? ? 303 1 1 A 668 ALA A 668 . ? ? 304 1 1 A 669 GLY A 669 . ? ? 305 1 1 A 670 GLN A 670 . ? ? 306 1 1 A 671 ALA A 671 . ? 3 307 1 1 A 672 LEU A 672 . ? ? 308 1 1 A 673 ARG A 673 . ? ? 309 1 1 A 674 LEU A 674 . ? 2 310 1 1 A 675 ILE A 675 . ? 1 311 1 1 A 676 SER A 676 . ? ? 312 1 1 A 677 CYS A 677 . ? 1 313 1 1 A 678 ARG A 678 . ? ? 314 1 1 A 679 LEU A 679 . ? 1 315 1 1 A 680 VAL A 680 . ? ? 316 1 1 A 681 ALA A 681 . ? ? 317 1 1 A 682 ALA A 682 . ? 1 318 1 1 A 710 GLN A 710 . ? ? 319 1 1 A 711 LEU A 711 . ? ? 320 1 1 A 712 PRO A 712 . ? ? 321 1 1 A 713 ALA A 713 . ? ? 322 1 1 A 714 SER A 714 . ? 1 323 1 1 A 715 LEU A 715 . ? ? 324 1 1 A 716 LEU A 716 . ? 4 325 1 1 A 717 HIS A 717 . ? 1 326 1 1 A 718 PRO A 718 . ? ? 327 1 1 A 719 LEU A 719 . ? ? 328 1 1 A 720 PHE A 720 . ? 5 329 1 1 A 721 GLN A 721 . ? ? 330 1 1 A 722 ALA A 722 . ? ? 331 1 1 A 723 MET A 723 . ? 1 332 1 1 A 724 THR A 724 . ? ? 333 1 1 A 725 ASP A 725 . ? ? 334 1 1 A 726 PRO A 726 . ? ? 335 1 1 A 727 LEU A 727 . ? ? 336 1 1 A 728 CYS A 728 . ? ? 337 1 1 A 729 HIS A 729 . ? ? 338 1 1 A 730 LEU A 730 . ? 1 339 1 1 A 731 SER A 731 . ? ? 340 1 1 A 732 SER A 732 . ? ? 341 1 1 A 733 LEU A 733 . ? 4 342 1 1 A 734 THR A 734 . ? ? 343 1 1 A 735 LEU A 735 . ? 2 344 1 1 A 736 SER A 736 . ? 1 345 1 1 A 737 HIS A 737 . ? 1 346 1 1 A 738 CYS A 738 . ? 1 347 1 1 A 739 LYS A 739 . ? 1 348 1 1 A 740 LEU A 740 . ? 1 349 1 1 A 741 PRO A 741 . ? 1 350 1 1 A 742 ASP A 742 . ? 1 351 1 1 A 743 ALA A 743 . ? ? 352 1 1 A 744 VAL A 744 . ? 2 353 1 1 A 745 CYS A 745 . ? ? 354 1 1 A 746 ARG A 746 . ? 1 355 1 1 A 747 ASP A 747 . ? 1 356 1 1 A 748 LEU A 748 . ? 3 357 1 1 A 749 SER A 749 . ? ? 358 1 1 A 750 GLU A 750 . ? 1 359 1 1 A 751 ALA A 751 . ? ? 360 1 1 A 752 LEU A 752 . ? ? 361 1 1 A 753 ARG A 753 . ? 1 362 1 1 A 754 ALA A 754 . ? ? 363 1 1 A 755 ALA A 755 . ? ? 364 1 1 A 756 PRO A 756 . ? ? 365 1 1 A 757 ALA A 757 . ? 1 366 1 1 A 758 LEU A 758 . ? 4 367 1 1 A 759 THR A 759 . ? 1 368 1 1 A 760 GLU A 760 . ? ? 369 1 1 A 761 LEU A 761 . ? 1 370 1 1 A 762 GLY A 762 . ? 3 371 1 1 A 763 LEU A 763 . ? 2 372 1 1 A 764 LEU A 764 . ? ? 373 1 1 A 765 HIS A 765 . ? ? 374 1 1 A 766 ASN A 766 . ? ? 375 1 1 A 767 ARG A 767 . ? 2 376 1 1 A 768 LEU A 768 . ? ? 377 1 1 A 769 SER A 769 . ? ? 378 1 1 A 770 GLU A 770 . ? ? 379 1 1 A 771 ALA A 771 . ? ? 380 1 1 A 772 GLY A 772 . ? ? 381 1 1 A 773 LEU A 773 . ? ? 382 1 1 A 774 ARG A 774 . ? ? 383 1 1 A 775 MET A 775 . ? 1 384 1 1 A 776 LEU A 776 . ? ? 385 1 1 A 777 SER A 777 . ? ? 386 1 1 A 778 GLU A 778 . ? ? 387 1 1 A 779 GLY A 779 . ? ? 388 1 1 A 780 LEU A 780 . ? ? 389 1 1 A 781 ALA A 781 . ? 1 390 1 1 A 782 TRP A 782 . ? ? 391 1 1 A 783 PRO A 783 . ? ? 392 1 1 A 784 GLN A 784 . ? ? 393 1 1 A 785 CYS A 785 . ? ? 394 1 1 A 786 ARG A 786 . ? 3 395 1 1 A 787 VAL A 787 . ? ? 396 1 1 A 788 GLN A 788 . ? 1 397 1 1 A 789 THR A 789 . ? 1 398 1 1 A 790 VAL A 790 . ? 2 399 1 1 A 791 ARG A 791 . ? ? 400 1 1 A 792 VAL A 792 . ? ? 401 1 1 A 793 GLN A 793 . ? ? 402 1 1 A 794 LEU A 794 . ? ? 403 1 1 A 795 PRO A 795 . ? ? 404 1 1 A 796 ASP A 796 . ? ? 405 1 1 A 797 PRO A 797 . ? ? 406 1 1 A 798 GLN A 798 . ? ? 407 1 1 A 799 ARG A 799 . ? ? 408 1 1 A 800 GLY A 800 . ? 2 409 1 1 A 801 LEU A 801 . ? ? 410 1 1 A 802 GLN A 802 . ? ? 411 1 1 A 803 TYR A 803 . ? ? 412 1 1 A 804 LEU A 804 . ? 2 413 1 1 A 805 VAL A 805 . ? 1 414 1 1 A 806 GLY A 806 . ? ? 415 1 1 A 807 MET A 807 . ? 1 416 1 1 A 808 LEU A 808 . ? 3 417 1 1 A 809 ARG A 809 . ? ? 418 1 1 A 810 GLN A 810 . ? ? 419 1 1 A 811 SER A 811 . ? ? 420 1 1 A 812 PRO A 812 . ? ? 421 1 1 A 813 ALA A 813 . ? ? 422 1 1 A 814 LEU A 814 . ? 2 423 1 1 A 815 THR A 815 . ? ? 424 1 1 A 816 THR A 816 . ? ? 425 1 1 A 817 LEU A 817 . ? 2 426 1 1 A 818 ASP A 818 . ? ? 427 1 1 A 819 LEU A 819 . ? 1 428 1 1 A 820 SER A 820 . ? 1 429 1 1 A 821 GLY A 821 . ? ? 430 1 1 A 822 CYS A 822 . ? ? 431 1 1 A 823 GLN A 823 . ? ? 432 1 1 A 824 LEU A 824 . ? ? 433 1 1 A 825 PRO A 825 . ? 2 434 1 1 A 826 ALA A 826 . ? 2 435 1 1 A 827 PRO A 827 . ? 1 436 1 1 A 828 MET A 828 . ? 1 437 1 1 A 829 VAL A 829 . ? 1 438 1 1 A 830 THR A 830 . ? ? 439 1 1 A 831 TYR A 831 . ? ? 440 1 1 A 832 LEU A 832 . ? 2 441 1 1 A 833 CYS A 833 . ? 1 442 1 1 A 834 ALA A 834 . ? 1 443 1 1 A 835 VAL A 835 . ? 3 444 1 1 A 836 LEU A 836 . ? 1 445 1 1 A 837 GLN A 837 . ? ? 446 1 1 A 838 HIS A 838 . ? ? 447 1 1 A 839 GLN A 839 . ? ? 448 1 1 A 840 GLY A 840 . ? ? 449 1 1 A 841 CYS A 841 . ? 1 450 1 1 A 842 GLY A 842 . ? ? 451 1 1 A 843 LEU A 843 . ? ? 452 1 1 A 844 GLN A 844 . ? 1 453 1 1 A 845 THR A 845 . ? 1 454 1 1 A 846 LEU A 846 . ? ? 455 1 1 A 847 SER A 847 . ? ? 456 1 1 A 848 LEU A 848 . ? 2 457 1 1 A 849 ALA A 849 . ? 1 458 1 1 A 850 SER A 850 . ? ? 459 1 1 A 851 VAL A 851 . ? 2 460 1 1 A 852 GLU A 852 . ? ? 461 1 1 A 853 LEU A 853 . ? 2 462 1 1 A 854 SER A 854 . ? 1 463 1 1 A 855 GLU A 855 . ? ? 464 1 1 A 856 GLN A 856 . ? ? 465 1 1 A 857 SER A 857 . ? ? 466 1 1 A 858 LEU A 858 . ? 1 467 1 1 A 859 GLN A 859 . ? ? 468 1 1 A 860 GLU A 860 . ? ? 469 1 1 A 861 LEU A 861 . ? 1 470 1 1 A 862 GLN A 862 . ? 2 471 1 1 A 863 ALA A 863 . ? ? 472 1 1 A 864 VAL A 864 . ? 1 473 1 1 A 865 LYS A 865 . ? ? 474 1 1 A 866 ARG A 866 . ? 2 475 1 1 A 867 ALA A 867 . ? ? 476 1 1 A 868 LYS A 868 . ? ? 477 1 1 A 869 PRO A 869 . ? ? 478 1 1 A 870 ASP A 870 . ? ? 479 1 1 A 871 LEU A 871 . ? ? 480 1 1 A 872 VAL A 872 . ? ? 481 1 1 A 873 ILE A 873 . ? ? 482 1 1 A 874 THR A 874 . ? 2 483 1 1 A 875 HIS A 875 . ? 1 484 1 1 A 876 PRO A 876 . ? ? # loop_ _pdbx_vrpt_model_instance_geometry.ordinal _pdbx_vrpt_model_instance_geometry.instance_id _pdbx_vrpt_model_instance_geometry.rotamer_class _pdbx_vrpt_model_instance_geometry.phi _pdbx_vrpt_model_instance_geometry.psi _pdbx_vrpt_model_instance_geometry.ramachandran_class _pdbx_vrpt_model_instance_geometry.flippable_sidechain _pdbx_vrpt_model_instance_geometry.num_H_reduce _pdbx_vrpt_model_instance_geometry.num_bonds_RMSZ _pdbx_vrpt_model_instance_geometry.bonds_RMSZ _pdbx_vrpt_model_instance_geometry.num_angles_RMSZ _pdbx_vrpt_model_instance_geometry.angles_RMSZ _pdbx_vrpt_model_instance_geometry.program_for_bond_angle_geometry 1 1 p90 ? ? ? ? 8 12 0.06 16 0.06 molprobity 2 2 p -166.1 134.1 Favored ? 5 6 0.09 8 0.40 molprobity 3 3 p0 -102.4 -29.1 Favored ? 4 8 0.04 11 0.11 molprobity 4 4 mmmt -105.6 -17.1 Favored ? 13 9 0.13 11 0.34 molprobity 5 5 m-30 -62.1 -26.5 Favored ? 4 8 0.12 11 0.26 molprobity 6 6 pttt -64.8 -47.4 Favored ? 13 9 0.08 11 0.18 molprobity 7 7 mmmm -61.4 -40.3 Favored ? 13 9 0.13 11 0.37 molprobity 8 8 tmmt -57.8 -42.2 Favored ? 13 9 0.12 11 0.25 molprobity 9 9 t80 -64.8 -45.3 Favored ? 9 13 0.06 18 0.27 molprobity 10 10 m-80 -57.7 -52.7 Favored ? 9 12 0.13 16 0.34 molprobity 11 11 m-10 -84.5 -0.9 Favored ? 9 13 0.06 18 0.23 molprobity 12 12 mtpt -63.2 -41.3 Favored ? 13 9 0.08 11 0.17 molprobity 13 13 t80 -117.7 -27.3 Favored ? 9 13 0.08 18 0.19 molprobity 14 14 m-80 -87.7 55.0 Favored ? 9 12 0.11 16 0.15 molprobity 15 15 mmp-170 -108.6 2.3 Favored ? 13 11 0.05 14 0.22 molprobity 16 16 m-30 -72.8 -177.8 Favored ? 4 8 0.06 11 0.22 molprobity 17 17 pt0 -99.1 -57.7 Favored ? 6 9 0.07 12 0.23 molprobity 18 18 tpm170 -60.0 -45.6 Favored ? 13 11 0.12 14 0.22 molprobity 19 19 ttm110 -68.8 -62.0 Allowed ? 13 11 0.10 14 0.16 molprobity 20 20 ? -59.7 -45.4 Favored ? 5 5 0.12 7 0.24 molprobity 21 21 tp30 -65.8 135.3 Favored ? 6 9 0.08 12 0.85 molprobity 22 22 tpt170 73.4 -20.1 Allowed ? 13 11 0.13 14 0.53 molprobity 23 23 ? -90.5 -55.6 Favored ? 5 5 0.24 7 0.42 molprobity 24 24 t80 -59.5 -35.9 Favored ? 9 13 0.15 18 0.55 molprobity 25 25 ttp-170 -59.9 -50.2 Favored ? 13 11 0.09 14 0.42 molprobity 26 26 t80 -72.2 -27.6 Favored ? 9 12 0.26 16 0.33 molprobity 27 27 t -65.9 -34.6 Favored ? 9 7 0.13 10 0.36 molprobity 28 28 mmtm -71.7 -29.9 Favored ? 13 9 0.18 11 0.36 molprobity 29 29 mm-30 -59.8 -42.4 Favored ? 6 9 0.04 12 0.09 molprobity 30 30 t0 -93.0 83.5 Favored ? 6 8 0.09 11 0.27 molprobity 31 31 tp30 -51.5 -42.0 Favored ? 6 9 0.11 12 0.25 molprobity 32 32 t -59.9 -44.8 Favored ? 7 7 0.11 10 0.22 molprobity 33 33 tp -61.4 -44.1 Favored ? 11 8 0.09 11 0.21 molprobity 34 34 t80 -59.9 -47.4 Favored ? 9 12 0.11 16 0.21 molprobity 35 35 ? -70.7 -15.6 Favored ? 5 5 0.05 7 0.25 molprobity 36 36 mt -80.3 -5.3 Favored ? 11 8 0.08 11 0.58 molprobity 37 37 p -114.0 45.2 Allowed ? 4 6 0.27 8 0.90 molprobity 38 38 t80 -51.4 -38.9 Favored ? 9 12 0.07 16 0.29 molprobity 39 39 t -83.2 138.5 Favored ? 9 7 0.11 11 0.40 molprobity 40 40 Cg_exo -60.0 -32.8 Favored ? 7 8 0.21 11 0.32 molprobity 41 41 t80 -52.5 -47.3 Favored ? 9 12 0.12 16 0.28 molprobity 42 42 t -64.3 -36.0 Favored ? 9 7 0.11 10 0.36 molprobity 43 43 m -63.1 -39.0 Favored ? 4 6 0.42 8 0.87 molprobity 44 44 t60 -61.8 -41.3 Favored ? 10 16 0.14 23 0.15 molprobity 45 45 mm -60.7 -45.9 Favored ? 11 8 0.19 11 0.36 molprobity 46 46 t -60.3 -46.3 Favored ? 9 7 0.10 10 0.20 molprobity 47 47 m -60.6 -46.3 Favored ? 5 6 0.17 8 0.11 molprobity 48 48 m -63.5 -50.4 Favored ? 7 7 0.12 10 0.21 molprobity 49 49 p -64.1 -41.4 Favored ? 9 7 0.07 10 0.21 molprobity 50 50 mt -70.6 -36.9 Favored ? 11 8 0.13 11 0.27 molprobity 51 51 mtt180 -58.7 -47.4 Favored ? 13 11 0.10 14 0.30 molprobity 52 52 tm-30 -62.4 -44.1 Favored ? 8 9 0.06 12 0.12 molprobity 53 53 mm-40 -65.7 -40.5 Favored ? 8 9 0.04 12 0.10 molprobity 54 54 mt -61.6 -44.4 Favored ? 11 8 0.10 11 0.17 molprobity 55 55 mm-30 -62.0 -42.8 Favored ? 6 9 0.06 12 0.16 molprobity 56 56 tt -63.9 -39.6 Favored ? 11 8 0.05 11 0.15 molprobity 57 57 ? 87.4 6.8 Favored ? 3 4 0.05 5 0.23 molprobity 58 58 ttm110 -67.3 152.4 Favored ? 13 11 0.07 14 0.20 molprobity 59 59 m-30 -54.2 117.0 Favored ? 4 8 0.05 11 0.15 molprobity 60 60 tp -60.2 -45.7 Favored ? 11 8 0.07 11 0.20 molprobity 61 61 p -70.7 -26.7 Favored ? 5 6 0.05 8 0.15 molprobity 62 62 tpp-160 -61.2 -44.4 Favored ? 13 11 0.06 14 0.19 molprobity 63 63 m -109.8 -57.1 Favored ? 7 7 0.05 10 0.18 molprobity 64 64 t -91.0 115.5 Favored ? 5 6 0.18 8 0.18 molprobity 65 65 tptm -135.8 -22.8 Allowed ? 13 9 0.18 11 0.90 molprobity 66 66 p -127.1 155.8 Favored ? 7 7 0.12 10 0.37 molprobity 67 67 m -51.9 -42.9 Favored ? 7 7 0.10 10 0.16 molprobity 68 68 t -58.6 -42.7 Favored ? 7 7 0.13 10 0.19 molprobity 69 69 t -64.0 -45.2 Favored ? 5 6 0.17 8 0.34 molprobity 70 70 m -68.6 -41.0 Favored ? 9 7 0.11 10 0.36 molprobity 71 71 m-10 -59.8 -47.1 Favored ? 9 13 0.15 18 0.17 molprobity 72 72 tp -65.9 -37.3 Favored ? 11 8 0.18 11 0.23 molprobity 73 73 mm -62.1 -41.5 Favored ? 11 8 0.18 11 0.41 molprobity 74 74 t80 -62.7 -42.9 Favored ? 9 12 0.14 16 0.32 molprobity 75 75 mm -65.5 -44.6 Favored ? 11 8 0.09 11 0.21 molprobity 76 76 p -63.1 -33.7 Favored ? 7 7 0.04 10 0.12 molprobity 77 77 t -67.4 -46.6 Favored ? 5 6 0.13 8 0.37 molprobity 78 78 m -62.3 -37.3 Favored ? 9 7 0.19 10 0.36 molprobity 79 79 mt -61.9 -62.9 Allowed ? 11 8 0.08 11 0.29 molprobity 80 80 t -63.0 -43.7 Favored ? 5 6 0.05 8 0.19 molprobity 81 81 p -70.3 -23.6 Favored ? 5 6 0.05 8 0.20 molprobity 82 82 ? -60.9 141.6 Favored ? 5 5 0.07 8 0.35 molprobity 83 83 Cg_endo -59.3 139.8 Favored ? 7 8 0.08 11 0.17 molprobity 84 84 p -63.3 -25.7 Favored ? 9 7 0.07 10 0.25 molprobity 85 85 ? -53.5 -46.4 Favored ? 5 5 0.08 7 0.23 molprobity 86 86 t0 -62.3 -41.8 Favored ? 4 8 0.07 11 0.28 molprobity 87 87 ? 63.4 -152.9 Favored ? 3 4 0.09 6 0.36 molprobity 88 88 Cg_exo -64.0 0.0 Favored ? 7 8 0.13 11 0.40 molprobity 89 89 ttp-170 -59.0 -46.8 Favored ? 13 11 0.07 14 0.16 molprobity 90 90 mt -66.0 -35.6 Favored ? 11 8 0.08 11 0.17 molprobity 91 91 tt0 -61.9 -43.6 Favored 1 8 9 0.08 12 0.13 molprobity 92 92 ? -66.1 -38.6 Favored ? 3 4 0.05 5 0.19 molprobity 93 93 m-30 -58.6 -42.7 Favored ? 4 8 0.05 11 0.16 molprobity 94 94 mt -71.3 -33.2 Favored ? 11 8 0.13 11 0.28 molprobity 95 95 ttm170 -63.2 -42.1 Favored ? 13 11 0.09 14 0.19 molprobity 96 96 m110 -62.3 -40.6 Favored ? 6 8 0.09 11 0.13 molprobity 97 97 tp -63.0 -39.8 Favored ? 11 8 0.08 11 0.20 molprobity 98 98 m -62.1 -43.8 Favored ? 5 6 0.08 8 0.16 molprobity 99 99 ttp80 -62.1 -41.7 Favored ? 13 11 0.07 14 0.22 molprobity 100 100 mt -60.8 -44.0 Favored ? 11 8 0.11 11 0.24 molprobity 101 101 ? -65.0 -40.1 Favored ? 5 5 0.06 7 0.08 molprobity 102 102 tmm-80 -61.3 -44.5 Favored ? 13 11 0.09 14 0.34 molprobity 103 103 tm-30 -62.4 -42.5 Favored ? 6 9 0.10 12 0.16 molprobity 104 104 ? -70.6 -21.5 Favored ? 3 4 0.13 5 0.14 molprobity 105 105 t -85.9 -47.7 Favored ? 9 7 0.06 10 0.22 molprobity 106 106 tp -60.7 -45.5 Favored ? 11 8 0.06 11 0.27 molprobity 107 107 ? -101.5 14.5 Favored ? 3 4 0.16 5 0.96 molprobity 108 108 ptm-80 42.4 42.2 Favored ? 13 11 0.12 14 0.24 molprobity 109 109 mmp80 -127.8 86.3 Favored ? 13 11 0.05 14 0.13 molprobity 110 110 ? -86.8 -36.0 Favored ? 5 5 0.04 7 0.12 molprobity 111 111 mp-120 -57.7 133.2 Favored ? 8 9 0.04 12 0.15 molprobity 112 112 m-80 -133.8 156.3 Favored ? 9 12 0.09 16 0.06 molprobity 113 113 ? -114.8 165.5 Favored ? 5 5 0.06 7 0.20 molprobity 114 114 mt-10 -61.9 -24.7 Favored ? 6 9 0.05 12 0.12 molprobity 115 115 mmtm -61.5 -45.0 Favored ? 13 9 0.18 11 0.43 molprobity 116 116 tp30 -61.3 -41.2 Favored ? 6 9 0.06 12 0.13 molprobity 117 117 mp -60.8 -40.3 Favored ? 11 8 0.07 11 0.24 molprobity 118 118 mt-10 -59.6 -44.6 Favored ? 6 9 0.05 12 0.13 molprobity 119 119 mp10 -73.3 -23.2 Favored ? 8 9 0.08 12 0.21 molprobity 120 120 mt -100.3 19.0 Favored ? 11 8 0.15 11 0.33 molprobity 121 121 pm20 39.6 47.2 Allowed ? 6 9 0.20 12 0.54 molprobity 122 122 tp -112.0 -6.4 Favored ? 11 8 0.08 11 0.24 molprobity 123 123 mmm160 -62.6 135.5 Favored ? 13 11 0.04 14 0.14 molprobity 124 124 ? 68.8 -6.1 Favored ? 3 4 0.05 5 0.14 molprobity 125 125 m -64.0 152.9 Favored ? 5 6 0.07 8 0.15 molprobity 126 126 ttpt -52.1 -40.8 Favored ? 13 9 0.07 11 0.12 molprobity 127 127 m -66.1 -35.6 Favored ? 9 7 0.05 10 0.23 molprobity 128 128 tm-30 -57.5 -24.8 Favored ? 8 9 0.08 12 0.30 molprobity 129 129 p -99.2 -40.6 Favored ? 7 7 0.04 10 0.18 molprobity 130 130 tp -67.6 -50.5 Favored ? 11 8 0.07 11 0.24 molprobity 131 131 m-80 -105.2 9.8 Favored ? 9 12 0.16 16 0.25 molprobity 132 132 tp -147.1 106.9 Favored ? 11 8 0.10 11 0.18 molprobity 133 133 t -63.4 117.7 Favored ? 5 6 0.07 8 0.16 molprobity 134 134 tttp -62.9 -45.0 Favored ? 13 9 0.06 11 0.16 molprobity 135 135 mttp 51.6 -151.4 Allowed ? 13 9 0.07 11 0.39 molprobity 136 136 tp30 -146.8 144.6 Favored ? 6 9 0.04 12 0.21 molprobity 137 137 tp ? ? ? ? 11 7 0.04 8 0.10 molprobity 138 138 m ? ? ? ? 8 7 0.06 10 0.23 molprobity 139 139 t -62.1 112.7 Favored ? 7 7 0.10 10 0.30 molprobity 140 140 m-80 -91.4 52.1 Favored ? 9 13 0.08 18 0.17 molprobity 141 141 tt0 -67.8 133.8 Favored ? 8 9 0.10 12 0.31 molprobity 142 142 m-80 -63.4 160.9 Favored ? 9 12 0.10 16 0.16 molprobity 143 143 mt -60.7 -44.7 Favored ? 11 8 0.09 11 0.20 molprobity 144 144 t0 -153.8 157.0 Favored ? 4 8 0.07 11 0.08 molprobity 145 145 mp10 -63.7 -29.4 Favored ? 8 9 0.07 12 0.12 molprobity 146 146 t -59.1 -50.5 Favored ? 5 6 0.11 8 0.25 molprobity 147 147 t80 -69.2 -39.0 Favored ? 9 12 0.13 16 0.27 molprobity 148 148 pp30 -69.5 -34.2 Favored ? 8 9 0.07 12 0.23 molprobity 149 149 mt-10 -61.3 -45.2 Favored ? 6 9 0.10 12 0.16 molprobity 150 150 t80 -61.3 -40.3 Favored ? 9 12 0.16 16 0.17 molprobity 151 151 mt -62.1 -43.8 Favored ? 11 8 0.14 11 0.14 molprobity 152 152 ? -61.9 -45.8 Favored ? 5 5 0.12 7 0.15 molprobity 153 153 ? -60.0 -36.9 Favored ? 5 5 0.11 7 0.17 molprobity 154 154 tp -64.6 -38.8 Favored ? 11 8 0.10 11 0.35 molprobity 155 155 t -61.0 -43.3 Favored ? 5 6 0.12 8 0.42 molprobity 156 156 m-80 -58.7 -23.6 Favored ? 9 13 0.12 18 0.24 molprobity 157 157 tt -76.7 -37.2 Favored ? 11 8 0.08 11 0.22 molprobity 158 158 pp -94.6 51.7 Allowed ? 11 8 0.25 11 0.72 molprobity 159 159 mm-30 -117.7 -54.8 Favored ? 6 9 0.17 12 0.21 molprobity 160 160 t70 58.2 17.7 Favored ? 4 8 0.17 11 0.44 molprobity 161 161 ? -88.1 75.2 Favored ? 3 4 0.08 5 0.24 molprobity 162 162 ? 57.0 -134.5 Favored ? 3 4 0.10 5 0.90 molprobity 163 163 p -55.7 124.6 Favored ? 9 7 0.20 11 0.74 molprobity 164 164 Cg_exo -42.8 117.3 Allowed ? 7 8 0.06 11 0.40 molprobity 165 165 tpp-160 -61.3 -20.6 Favored ? 13 11 0.09 14 0.22 molprobity 166 166 t -55.9 137.9 Favored ? 7 7 0.13 10 0.24 molprobity 167 167 ? 53.0 -96.9 Allowed ? 5 5 0.09 7 0.39 molprobity 168 168 ? -176.1 158.7 Favored ? 5 5 0.11 7 0.14 molprobity 169 169 ? 59.9 18.3 Favored ? 3 4 0.03 5 0.06 molprobity 170 170 ? 86.6 175.9 Favored ? 3 4 0.10 5 0.12 molprobity 171 171 p -74.4 -8.5 Favored ? 9 7 0.16 10 0.26 molprobity 172 172 ? -55.6 -31.1 Favored ? 3 4 0.15 5 0.21 molprobity 173 173 m -61.4 -43.4 Favored ? 7 7 0.05 10 0.14 molprobity 174 174 tp -68.6 -46.2 Favored ? 11 8 0.07 11 0.12 molprobity 175 175 mt -62.0 -44.1 Favored ? 11 8 0.08 11 0.13 molprobity 176 176 mpt180 -81.2 -10.4 Favored ? 13 11 0.04 14 0.18 molprobity 177 177 ? -89.6 17.4 Favored ? 3 4 0.08 5 0.35 molprobity 178 178 t0 -51.3 -43.0 Favored ? 4 8 0.06 11 0.11 molprobity 179 179 ? -67.8 153.1 Favored ? 5 5 0.06 7 0.16 molprobity 180 180 mp10 ? ? ? ? 8 8 0.04 9 0.09 molprobity 181 181 m90 ? ? ? ? 6 11 0.04 15 0.05 molprobity 182 182 mt -57.6 -31.2 Favored ? 11 8 0.04 11 0.12 molprobity 183 183 p -61.1 -44.0 Favored ? 9 7 0.08 10 0.22 molprobity 184 184 mm -80.6 176.4 Favored ? 11 8 0.11 11 0.47 molprobity 185 185 p 75.3 -12.7 Allowed ? 7 7 0.10 10 0.66 molprobity 186 186 t -70.6 -36.9 Favored ? 7 7 0.19 10 0.52 molprobity 187 187 tpp80 -52.2 -51.1 Favored ? 13 11 0.18 14 0.54 molprobity 188 188 m-80 -74.0 -30.1 Favored ? 9 12 0.20 16 0.37 molprobity 189 189 tt -63.7 -44.5 Favored ? 11 8 0.12 11 0.26 molprobity 190 190 m-80 -56.8 -44.5 Favored ? 9 12 0.16 16 0.25 molprobity 191 191 ? -58.1 -47.7 Favored ? 3 4 0.07 5 0.23 molprobity 192 192 mm -63.3 -26.2 Favored ? 11 8 0.12 11 0.35 molprobity 193 193 tt -65.0 -13.6 Favored ? 11 8 0.09 11 0.51 molprobity 194 194 t -57.9 143.0 Favored ? 5 6 0.08 8 0.11 molprobity 195 195 ? -60.9 -45.7 Favored ? 5 5 0.06 7 0.15 molprobity 196 196 tm-30 -63.5 -44.5 Favored ? 6 9 0.06 12 0.13 molprobity 197 197 mtm-85 -69.7 -40.2 Favored ? 13 11 0.08 14 0.37 molprobity 198 198 ptm -65.4 -38.0 Favored ? 9 8 0.05 10 0.26 molprobity 199 199 mtm-85 -62.0 -42.8 Favored ? 13 11 0.05 14 0.11 molprobity 200 200 m-30 -63.6 -43.0 Favored ? 4 8 0.07 11 0.11 molprobity 201 201 mm -61.6 -43.7 Favored ? 11 8 0.11 11 0.20 molprobity 202 202 tt0 -61.3 -44.8 Favored ? 6 9 0.05 12 0.10 molprobity 203 203 mmp-170 -65.4 -41.9 Favored ? 13 11 0.06 14 0.19 molprobity 204 204 m90 -83.4 -62.0 Allowed ? 7 11 0.06 15 0.12 molprobity 205 205 m-80 -69.5 -20.5 Favored ? 9 12 0.10 16 0.11 molprobity 206 206 ? 81.3 2.7 Favored ? 3 4 0.02 5 0.07 molprobity 207 207 t -88.3 129.0 Favored ? 5 6 0.04 8 0.22 molprobity 208 208 tpt -58.6 163.9 Favored ? 9 8 0.10 10 0.19 molprobity 209 209 m -76.3 128.1 Favored ? 9 7 0.06 10 0.12 molprobity 210 210 m -96.0 89.4 Favored ? 5 6 0.05 8 0.11 molprobity 211 211 tt0 -63.6 -18.2 Favored ? 6 9 0.06 12 0.17 molprobity 212 212 mtt90 -63.5 -43.5 Favored ? 13 11 0.12 14 0.27 molprobity 213 213 m -67.4 -40.6 Favored ? 9 7 0.06 10 0.23 molprobity 214 214 ttpp -59.9 -47.9 Favored ? 13 9 0.11 11 0.21 molprobity 215 215 tp40 -63.7 -39.4 Favored ? 8 9 0.10 12 0.10 molprobity 216 216 tt0 -65.0 -40.1 Favored ? 6 9 0.05 12 0.08 molprobity 217 217 ? -63.2 -43.4 Favored ? 5 5 0.06 7 0.20 molprobity 218 218 tp -62.3 -40.6 Favored ? 11 8 0.10 11 0.26 molprobity 219 219 ttm110 -61.8 -43.0 Favored ? 13 11 0.12 14 0.24 molprobity 220 220 t60 -61.8 -42.4 Favored ? 10 16 0.13 23 0.25 molprobity 221 221 t -60.2 -49.9 Favored ? 9 7 0.10 10 0.33 molprobity 222 222 pp30 -68.1 -34.2 Favored ? 8 9 0.11 12 0.30 molprobity 223 223 ? -65.4 -44.3 Favored ? 3 4 0.06 5 0.26 molprobity 224 224 tp40 -67.8 -20.2 Favored ? 8 9 0.05 12 0.23 molprobity 225 225 ? -56.1 -44.8 Favored ? 3 4 0.04 5 0.31 molprobity 226 226 tm-30 -61.7 -44.4 Favored ? 8 9 0.06 12 0.11 molprobity 227 227 ? -61.1 -39.4 Favored ? 3 4 0.06 5 0.17 molprobity 228 228 p ? ? ? ? 5 5 0.06 5 0.08 molprobity 229 229 t ? ? ? ? 6 7 0.01 10 0.04 molprobity 230 230 mt-10 53.6 42.3 Favored ? 6 9 0.03 12 0.24 molprobity 231 231 ? 88.6 -111.6 Favored ? 3 4 0.01 5 0.09 molprobity 232 232 ? 59.5 62.6 Allowed ? 5 5 0.03 7 0.34 molprobity 233 233 tptt 61.5 61.5 Allowed ? 13 9 0.03 11 0.27 molprobity 234 234 ? 99.5 -134.3 Favored ? 3 4 0.04 5 0.11 molprobity 235 235 mm 55.4 25.0 Favored ? 11 8 0.03 11 0.36 molprobity 236 236 tm-30 -149.8 100.0 Favored ? 6 9 0.17 12 0.23 molprobity 237 237 t70 -110.3 -55.2 Favored ? 4 8 0.13 11 0.24 molprobity 238 238 m -156.4 100.8 Allowed ? 7 7 0.22 10 0.87 molprobity 239 239 mp0 -80.5 141.6 Favored ? 6 9 0.05 12 0.20 molprobity 240 240 mm-30 -64.4 175.1 Allowed ? 6 9 0.04 13 0.29 molprobity 241 241 Cg_endo -57.7 -26.8 Favored ? 7 8 0.16 11 0.28 molprobity 242 242 mt-10 -137.1 127.8 Favored ? 6 9 0.05 12 0.23 molprobity 243 243 pp20 -152.8 105.2 Favored ? 6 9 0.17 12 0.55 molprobity 244 244 pt0 -165.4 164.3 Favored ? 6 9 0.05 12 0.19 molprobity 245 245 pm20 -124.4 139.0 Favored ? 6 9 0.07 12 0.20 molprobity 246 246 mt-10 -68.1 -12.9 Favored ? 6 9 0.05 12 0.13 molprobity 247 247 ? -63.0 -34.4 Favored ? 3 4 0.05 5 0.47 molprobity 248 248 tp30 -77.8 -3.1 Favored ? 6 9 0.10 12 0.21 molprobity 249 249 mt-10 -51.5 -42.0 Favored ? 6 9 0.15 13 0.41 molprobity 250 250 Cg_exo -47.8 -59.1 Allowed ? 7 8 0.29 11 0.45 molprobity 251 251 m110 42.0 61.2 Allowed ? 6 8 0.20 11 0.69 molprobity 252 252 m-80 -49.1 -41.4 Favored ? 9 13 0.08 19 0.35 molprobity 253 253 Cg_exo -56.6 -40.8 Favored ? 7 8 0.07 11 0.27 molprobity 254 254 tp -68.5 -41.7 Favored ? 11 8 0.08 11 0.25 molprobity 255 255 tp30 -63.7 -40.8 Favored ? 6 9 0.04 12 0.16 molprobity 256 256 tp -62.1 -38.6 Favored ? 11 8 0.13 11 0.35 molprobity 257 257 mt -64.4 -40.6 Favored ? 11 8 0.16 11 0.29 molprobity 258 258 m-80 -57.4 -46.1 Favored ? 9 13 0.11 18 0.24 molprobity 259 259 m -62.3 -45.9 Favored ? 5 6 0.15 8 0.28 molprobity 260 260 tp -70.0 -14.1 Favored ? 11 8 0.18 11 0.31 molprobity 261 261 t80 -87.4 -30.4 Favored ? 9 13 0.10 18 0.24 molprobity 262 262 mm-30 -63.8 -43.1 Favored ? 6 9 0.34 12 0.29 molprobity 263 263 t -51.7 -41.2 Favored ? 7 7 0.12 10 0.22 molprobity 264 264 mm-40 53.1 40.8 Favored ? 8 9 0.06 12 0.29 molprobity 265 265 mm-30 -128.7 131.3 Favored ? 6 9 0.06 12 0.16 molprobity 266 266 t0 -61.1 -47.3 Favored ? 4 8 0.10 11 0.25 molprobity 267 267 ? -61.3 -59.6 Favored ? 5 5 0.11 7 0.25 molprobity 268 268 t80 -53.9 -46.4 Favored ? 9 12 0.11 16 0.15 molprobity 269 269 m -61.5 -43.1 Favored ? 9 7 0.21 10 0.35 molprobity 270 270 ttm110 -59.8 -55.2 Favored ? 13 11 0.12 14 0.46 molprobity 271 271 mp10 -63.1 -38.0 Favored ? 8 9 0.38 12 0.90 molprobity 272 272 ? -62.3 -40.0 Favored ? 5 5 0.23 7 0.43 molprobity 273 273 mt -88.0 -8.9 Favored ? 11 8 0.13 11 0.34 molprobity 274 274 m -61.1 -19.9 Favored ? 5 6 0.07 8 0.28 molprobity 275 275 tmt-80 -107.7 165.5 Favored ? 13 11 0.07 14 0.38 molprobity 276 276 p90 38.8 62.8 Favored ? 9 12 0.20 17 0.38 molprobity 277 277 Cg_exo -53.0 -34.5 Favored ? 7 8 0.14 11 0.15 molprobity 278 278 pm20 -62.6 123.0 Favored ? 6 9 0.14 12 0.32 molprobity 279 279 mm -76.5 -36.3 Favored ? 11 8 0.15 11 0.33 molprobity 280 280 ? 52.1 43.4 Favored ? 5 5 0.09 7 0.73 molprobity 281 281 mp -61.5 132.2 Favored ? 11 8 0.14 11 0.39 molprobity 282 282 tt0 -133.6 137.2 Favored ? 8 9 0.08 12 0.33 molprobity 283 283 mtp180 43.2 43.4 Favored ? 13 11 0.08 14 0.24 molprobity 284 284 m -94.9 122.7 Favored ? 9 7 0.11 10 0.21 molprobity 285 285 ttt-90 -98.0 91.3 Favored ? 13 11 0.14 14 0.11 molprobity 286 286 m-10 -61.9 137.8 Favored ? 9 12 0.15 16 0.44 molprobity 287 287 m -125.2 178.4 Favored ? 5 6 0.12 8 0.46 molprobity 288 288 tpm170 -60.9 143.5 Favored ? 13 11 0.18 14 0.66 molprobity 289 289 tpt 78.8 -14.2 Allowed ? 9 8 0.09 10 0.73 molprobity 290 290 m-30 -69.9 -45.6 Favored ? 4 8 0.20 11 0.33 molprobity 291 291 t -64.5 -30.9 Favored ? 9 7 0.27 10 0.29 molprobity 292 292 ? -63.7 -50.1 Favored ? 5 5 0.12 7 0.09 molprobity 293 293 t -58.7 -46.0 Favored ? 9 7 0.15 10 0.29 molprobity 294 294 tt -65.4 -35.8 Favored ? 11 8 0.14 11 0.34 molprobity 295 295 p -65.7 -40.6 Favored ? 5 6 0.23 8 0.46 molprobity 296 296 t80 -60.6 -45.6 Favored ? 9 13 0.11 18 0.23 molprobity 297 297 m -61.5 -44.1 Favored ? 5 6 0.09 8 0.20 molprobity 298 298 t -61.8 -44.4 Favored ? 9 7 0.12 10 0.19 molprobity 299 299 ttm110 -55.6 -29.9 Favored ? 13 11 0.24 14 0.63 molprobity 300 300 m -89.1 -11.2 Favored ? 5 6 0.08 8 0.25 molprobity 301 301 m -65.6 149.7 Favored ? 5 6 0.10 9 0.40 molprobity 302 302 Cg_endo -79.8 -173.4 Allowed ? 7 8 0.13 11 0.21 molprobity 303 303 ? -61.4 -19.4 Favored ? 5 5 0.03 7 0.12 molprobity 304 304 ? -70.4 166.2 Favored ? 3 4 0.05 5 0.27 molprobity 305 305 pp30 -66.8 173.1 Favored ? 8 9 0.14 12 0.23 molprobity 306 306 ? -173.4 -175.4 Allowed ? 5 5 0.11 7 0.45 molprobity 307 307 tp 63.0 37.1 Favored ? 11 8 0.20 11 0.72 molprobity 308 308 mtp-110 -76.2 59.0 Allowed ? 13 11 0.09 14 0.33 molprobity 309 309 tt -64.9 148.9 Favored ? 11 8 0.14 11 0.47 molprobity 310 310 mt -135.7 139.2 Favored ? 11 8 0.10 11 0.22 molprobity 311 311 t 56.2 64.4 Allowed ? 5 6 0.11 8 0.52 molprobity 312 312 m -61.9 163.7 Favored ? 4 6 0.21 8 0.70 molprobity 313 313 tpp-160 -115.0 -55.2 Favored ? 13 11 0.20 14 0.53 molprobity 314 314 tp 51.3 42.8 Favored ? 11 8 0.12 11 0.45 molprobity 315 315 p -159.3 142.5 Favored ? 9 7 0.28 10 0.30 molprobity 316 316 ? -85.8 127.4 Favored ? 5 5 0.06 7 0.20 molprobity 317 317 ? ? ? ? ? 5 4 0.05 4 0.09 molprobity 318 318 mp10 ? ? ? ? 7 9 0.07 12 0.32 molprobity 319 319 mt -62.1 132.5 Favored ? 11 8 0.09 12 0.36 molprobity 320 320 Cg_exo -59.8 142.3 Favored ? 7 8 0.15 11 0.29 molprobity 321 321 ? -58.5 132.0 Favored ? 5 5 0.07 7 0.21 molprobity 322 322 m -66.0 136.6 Favored ? 5 6 0.11 8 0.15 molprobity 323 323 mp -58.6 -32.9 Favored ? 11 8 0.13 11 0.25 molprobity 324 324 tt -85.4 4.2 Favored ? 11 8 0.20 11 1.05 molprobity 325 325 t-170 -37.8 -55.2 Favored ? 7 11 0.23 16 0.62 molprobity 326 326 Cg_exo -57.8 -37.7 Favored ? 7 8 0.27 11 0.53 molprobity 327 327 tp -73.8 -27.4 Favored ? 11 8 0.17 11 0.66 molprobity 328 328 m-80 -60.4 -49.5 Favored ? 9 12 0.25 16 0.45 molprobity 329 329 mp10 -60.1 -35.7 Favored ? 8 9 0.11 12 0.26 molprobity 330 330 ? -63.2 -49.0 Favored ? 5 5 0.08 7 0.22 molprobity 331 331 mtp -63.7 -42.0 Favored ? 9 8 0.05 10 0.15 molprobity 332 332 p -57.6 -45.3 Favored ? 7 7 0.07 10 0.12 molprobity 333 333 p0 -67.8 152.6 Favored ? 4 8 0.03 12 0.27 molprobity 334 334 Cg_endo -66.5 -15.3 Favored ? 7 8 0.05 11 0.15 molprobity 335 335 tp -61.0 -43.8 Favored ? 11 8 0.04 11 0.13 molprobity 336 336 t -62.3 132.7 Favored ? 5 6 0.08 8 0.21 molprobity 337 337 m-70 -109.8 4.5 Favored ? 7 11 0.10 15 0.16 molprobity 338 338 tp -63.0 140.1 Favored ? 11 8 0.13 11 0.26 molprobity 339 339 m -120.3 -41.9 Favored ? 5 6 0.07 8 0.30 molprobity 340 340 p -122.2 98.7 Favored ? 5 6 0.13 8 0.43 molprobity 341 341 tp -55.6 -41.2 Favored ? 11 8 0.12 11 0.24 molprobity 342 342 m 49.3 26.5 Allowed ? 7 7 0.14 10 0.56 molprobity 343 343 tt -55.2 160.1 Favored ? 11 8 0.11 11 0.35 molprobity 344 344 t -158.2 141.2 Favored ? 5 6 0.10 8 0.43 molprobity 345 345 t-90 49.4 52.8 Favored ? 7 11 0.10 15 0.33 molprobity 346 346 m -121.0 129.8 Favored ? 4 6 0.20 8 0.46 molprobity 347 347 tppt -77.8 138.8 Favored ? 13 9 0.10 11 0.26 molprobity 348 348 mp -128.1 125.8 Favored ? 11 8 0.10 12 0.35 molprobity 349 349 Cg_endo -81.3 15.8 Allowed ? 7 8 0.12 11 0.59 molprobity 350 350 m-30 76.2 -11.2 Allowed ? 4 8 0.28 11 1.06 molprobity 351 351 ? -81.7 -42.6 Favored ? 5 5 0.17 7 0.64 molprobity 352 352 p -59.5 -36.2 Favored ? 9 7 0.25 10 0.31 molprobity 353 353 m -63.4 -43.0 Favored ? 5 6 0.11 8 0.28 molprobity 354 354 tpt-90 -60.1 -42.5 Favored ? 13 11 0.19 14 0.22 molprobity 355 355 m-30 -70.8 -34.4 Favored ? 4 8 0.17 11 0.45 molprobity 356 356 mm -60.8 -42.3 Favored ? 11 8 0.30 11 0.78 molprobity 357 357 t -56.3 -47.9 Favored ? 5 6 0.23 8 0.18 molprobity 358 358 mt-10 -68.2 -29.7 Favored ? 6 9 0.10 12 0.27 molprobity 359 359 ? -72.7 -35.1 Favored ? 5 5 0.09 7 0.13 molprobity 360 360 mp -93.7 -7.9 Favored ? 11 8 0.11 11 0.20 molprobity 361 361 mtt-85 -63.5 -42.9 Favored ? 13 11 0.10 14 0.20 molprobity 362 362 ? -149.3 -165.9 Favored ? 5 5 0.14 7 0.40 molprobity 363 363 ? 53.1 73.4 Allowed ? 5 5 0.17 8 0.35 molprobity 364 364 Cg_exo -40.8 123.1 Allowed ? 7 8 0.15 11 0.47 molprobity 365 365 ? -133.3 -21.4 Favored ? 5 5 0.08 7 0.58 molprobity 366 366 tp -154.7 103.1 Favored ? 11 8 0.16 11 0.42 molprobity 367 367 m -63.8 -64.0 Allowed ? 7 7 0.09 10 0.42 molprobity 368 368 mt-10 -88.7 -174.5 Favored ? 6 9 0.12 12 0.30 molprobity 369 369 tt -173.4 170.0 Favored ? 11 8 0.12 11 0.50 molprobity 370 370 ? -173.7 150.7 Favored ? 3 4 0.10 5 0.47 molprobity 371 371 mp -139.9 92.8 Favored ? 11 8 0.12 11 0.47 molprobity 372 372 mp -106.7 101.4 Favored ? 11 8 0.07 11 0.32 molprobity 373 373 t-90 61.5 41.6 Favored ? 7 11 0.07 15 0.34 molprobity 374 374 p0 -103.3 132.0 Favored ? 6 8 0.10 11 0.22 molprobity 375 375 mtm180 -79.5 98.3 Favored ? 13 11 0.02 14 0.12 molprobity 376 376 mp -101.2 159.7 Favored ? 11 8 0.07 11 0.12 molprobity 377 377 t -89.5 153.8 Favored ? 5 6 0.06 8 0.15 molprobity 378 378 mp0 -56.7 -62.0 Favored ? 6 9 0.04 12 0.11 molprobity 379 379 ? -59.5 -32.0 Favored ? 5 5 0.12 7 0.19 molprobity 380 380 ? -62.8 -47.8 Favored ? 3 4 0.05 5 0.15 molprobity 381 381 tt -67.7 -35.2 Favored ? 11 8 0.08 11 0.29 molprobity 382 382 tmm-80 -57.2 -48.9 Favored ? 13 11 0.10 14 0.27 molprobity 383 383 tpp -62.9 -43.2 Favored ? 9 8 0.12 10 0.20 molprobity 384 384 mt -53.8 -53.3 Favored ? 11 8 0.11 11 0.28 molprobity 385 385 m -64.1 -47.8 Favored ? 5 6 0.14 8 0.27 molprobity 386 386 pt0 -63.5 -39.6 Favored ? 6 9 0.16 12 0.46 molprobity 387 387 ? -66.2 -44.8 Favored ? 3 4 0.36 5 0.48 molprobity 388 388 pp -83.8 6.1 Favored ? 11 8 0.15 11 0.40 molprobity 389 389 ? -85.6 -10.5 Favored ? 5 5 0.07 7 0.38 molprobity 390 390 m-10 -76.0 159.2 Favored ? 10 16 0.06 24 0.23 molprobity 391 391 Cg_exo -63.0 -20.0 Favored ? 7 8 0.16 11 0.28 molprobity 392 392 mp10 -87.2 3.7 Favored ? 8 9 0.05 12 0.15 molprobity 393 393 p -63.2 -40.2 Favored ? 5 6 0.06 8 0.14 molprobity 394 394 tmm160 53.3 64.3 Allowed ? 13 11 0.24 14 0.77 molprobity 395 395 t -130.3 104.3 Favored ? 9 7 0.07 10 0.09 molprobity 396 396 mp10 -95.0 28.4 Favored ? 8 9 0.14 12 0.36 molprobity 397 397 m -175.4 152.8 Allowed ? 7 7 0.16 10 0.55 molprobity 398 398 p -155.6 155.3 Favored ? 9 7 0.18 10 0.43 molprobity 399 399 mtt90 -149.2 98.0 Favored ? 13 11 0.09 14 0.18 molprobity 400 400 t -102.9 121.7 Favored ? 9 7 0.11 10 0.20 molprobity 401 401 mp-120 -134.6 47.7 Favored ? 8 9 0.08 12 0.31 molprobity 402 402 mp -76.2 120.8 Favored ? 11 8 0.13 12 0.29 molprobity 403 403 Cg_endo -89.4 65.8 Favored ? 7 8 0.21 11 0.32 molprobity 404 404 m-30 -155.5 175.5 Favored ? 4 8 0.17 12 0.27 molprobity 405 405 Cg_exo -47.0 124.3 Favored ? 7 8 0.12 11 0.20 molprobity 406 406 tp40 -81.1 93.5 Favored ? 8 9 0.09 12 0.29 molprobity 407 407 mtm-85 -70.3 -9.2 Favored ? 13 11 0.15 14 0.51 molprobity 408 408 ? -57.0 -39.4 Favored ? 3 4 0.38 5 0.36 molprobity 409 409 pp -52.9 -19.0 Favored ? 11 8 0.09 11 0.36 molprobity 410 410 mp10 -100.7 -54.3 Favored ? 8 9 0.11 12 0.42 molprobity 411 411 m-80 -69.9 -48.1 Favored ? 9 13 0.11 18 0.23 molprobity 412 412 mp -68.8 -27.7 Favored ? 11 8 0.17 11 0.40 molprobity 413 413 t -61.4 -49.0 Favored ? 9 7 0.09 10 0.26 molprobity 414 414 ? -59.6 -39.9 Favored ? 3 4 0.07 5 0.21 molprobity 415 415 tpt -60.0 -65.5 Allowed ? 9 8 0.15 10 0.44 molprobity 416 416 tt -55.8 -30.9 Favored ? 11 8 0.13 11 0.23 molprobity 417 417 mmt90 -67.6 -22.1 Favored ? 13 11 0.10 14 0.27 molprobity 418 418 mp10 -135.4 49.1 Favored ? 8 9 0.07 12 0.29 molprobity 419 419 t -125.7 79.0 Favored ? 5 6 0.09 9 0.31 molprobity 420 420 Cg_endo -65.6 -21.3 Favored ? 7 8 0.08 11 0.20 molprobity 421 421 ? -107.1 -25.0 Favored ? 5 5 0.13 7 0.18 molprobity 422 422 tt -57.8 138.7 Favored ? 11 8 0.07 11 0.23 molprobity 423 423 m -121.3 -18.1 Favored ? 7 7 0.04 10 0.26 molprobity 424 424 t -152.0 141.2 Favored ? 7 7 0.12 10 0.18 molprobity 425 425 tp -118.2 44.0 Favored ? 11 8 0.13 11 0.37 molprobity 426 426 t0 -46.9 118.1 Allowed ? 4 8 0.10 11 0.16 molprobity 427 427 tt -135.7 157.8 Favored ? 11 8 0.08 11 0.21 molprobity 428 428 t -159.4 179.1 Favored ? 5 6 0.05 8 0.10 molprobity 429 429 ? 69.8 14.7 Favored ? 3 4 0.04 5 0.16 molprobity 430 430 t -69.2 138.6 Favored ? 5 6 0.04 8 0.17 molprobity 431 431 tp-100 -101.1 -57.9 Favored ? 8 9 0.04 12 0.17 molprobity 432 432 tp -130.1 78.2 Favored ? 11 8 0.04 12 0.23 molprobity 433 433 Cg_endo -62.1 -19.4 Favored ? 7 8 0.15 11 0.37 molprobity 434 434 ? -38.0 -59.4 Allowed ? 5 5 0.18 8 0.60 molprobity 435 435 Cg_endo -67.2 -43.1 Favored ? 7 8 0.12 11 0.22 molprobity 436 436 mpp -60.2 -47.0 Favored ? 9 8 0.14 10 0.42 molprobity 437 437 p -66.8 -37.5 Favored ? 9 7 0.05 10 0.23 molprobity 438 438 m -61.3 -41.1 Favored ? 7 7 0.11 10 0.15 molprobity 439 439 m-10 -74.9 -35.2 Favored ? 9 13 0.10 18 0.25 molprobity 440 440 mp -63.5 -40.7 Favored ? 11 8 0.17 11 0.37 molprobity 441 441 p -54.3 -45.1 Favored ? 5 6 0.06 8 0.25 molprobity 442 442 ? -71.9 -47.7 Favored ? 5 5 0.08 7 0.39 molprobity 443 443 m -70.8 -43.1 Favored ? 9 7 0.15 10 0.16 molprobity 444 444 mm -57.5 -32.5 Favored ? 11 8 0.12 11 0.38 molprobity 445 445 mt0 -65.7 -13.6 Favored ? 8 9 0.06 12 0.15 molprobity 446 446 t-170 -57.4 133.5 Favored ? 7 11 0.03 15 0.11 molprobity 447 447 pp30 -60.4 -25.7 Favored ? 8 9 0.09 12 0.15 molprobity 448 448 ? -76.9 3.4 Favored ? 3 4 0.09 5 0.30 molprobity 449 449 t -74.1 96.3 Favored ? 5 6 0.25 8 0.58 molprobity 450 450 ? -74.9 -6.8 Favored ? 3 4 0.24 5 0.30 molprobity 451 451 tt -54.3 131.9 Favored ? 11 8 0.09 11 0.28 molprobity 452 452 mt0 -119.4 17.9 Favored ? 8 9 0.08 12 0.31 molprobity 453 453 m -174.1 152.1 Allowed ? 7 7 0.08 10 0.29 molprobity 454 454 tp -146.3 93.5 Favored ? 11 8 0.22 11 0.21 molprobity 455 455 m -87.6 58.1 Favored ? 5 6 0.09 8 0.16 molprobity 456 456 tt -77.3 69.2 Favored ? 11 8 0.14 11 0.37 molprobity 457 457 ? -101.8 170.8 Favored ? 5 5 0.06 7 0.09 molprobity 458 458 m 53.3 40.0 Favored ? 5 6 0.06 8 0.35 molprobity 459 459 t -130.7 136.9 Favored ? 9 7 0.09 10 0.10 molprobity 460 460 tm-30 -90.3 113.4 Favored ? 6 9 0.04 12 0.11 molprobity 461 461 mp -113.2 136.3 Favored ? 11 8 0.05 11 0.17 molprobity 462 462 p -69.8 163.9 Favored ? 5 6 0.07 8 0.16 molprobity 463 463 pp20 -58.5 -42.1 Favored ? 6 9 0.04 12 0.19 molprobity 464 464 tp-100 -65.2 -33.8 Favored 1 8 9 0.05 12 0.31 molprobity 465 465 m -61.4 -44.2 Favored ? 5 6 0.04 8 0.14 molprobity 466 466 mm -63.7 -39.4 Favored ? 11 8 0.05 11 0.07 molprobity 467 467 tp-100 -61.6 -44.2 Favored ? 8 9 0.04 12 0.10 molprobity 468 468 mm-30 -64.7 -39.4 Favored ? 6 9 0.03 12 0.08 molprobity 469 469 mp -61.8 -42.0 Favored ? 11 8 0.12 11 0.11 molprobity 470 470 mt0 -62.7 -42.4 Favored ? 8 9 0.08 12 0.11 molprobity 471 471 ? -60.9 -44.7 Favored ? 5 5 0.10 7 0.22 molprobity 472 472 p -66.8 -36.0 Favored ? 9 7 0.12 10 0.52 molprobity 473 473 tppt -60.8 -47.1 Favored ? 13 9 0.10 11 0.23 molprobity 474 474 mpp80 -63.3 -43.2 Favored ? 13 11 0.11 14 0.19 molprobity 475 475 ? -63.3 -41.3 Favored ? 5 5 0.06 7 0.08 molprobity 476 476 tptt -103.0 92.8 Favored ? 13 9 0.05 12 0.22 molprobity 477 477 Cg_endo -67.0 -50.7 Allowed ? 7 8 0.04 11 0.10 molprobity 478 478 t0 -78.5 71.6 Favored ? 4 8 0.02 11 0.08 molprobity 479 479 tt -156.7 155.8 Favored ? 11 8 0.11 11 0.42 molprobity 480 480 t -128.7 153.3 Favored ? 9 7 0.13 10 0.16 molprobity 481 481 tp -136.1 136.2 Favored ? 11 8 0.14 11 0.13 molprobity 482 482 m -119.7 24.7 Favored ? 7 7 0.11 10 0.48 molprobity 483 483 t70 -62.8 139.5 Favored ? 7 11 0.08 16 0.29 molprobity 484 484 Cg_endo ? ? ? ? 7 7 0.18 8 0.28 molprobity # loop_ _pdbx_vrpt_instance_clashes.ordinal _pdbx_vrpt_instance_clashes.instance_id _pdbx_vrpt_instance_clashes.label_atom_id _pdbx_vrpt_instance_clashes.cid _pdbx_vrpt_instance_clashes.clashmag _pdbx_vrpt_instance_clashes.dist 1 6 O 1 0.43 2.72 2 10 CD2 1 0.43 2.72 3 18 NE 2 0.53 2.40 4 18 O 2 0.53 2.40 5 32 HG23 3 0.41 2.35 6 33 N 3 0.41 2.35 7 36 HD13 4 0.57 1.85 8 36 CD1 5 0.48 2.43 9 37 HB2 6 0.43 2.33 10 41 CZ 7 0.53 2.44 11 41 HB2 8 0.44 2.00 12 41 CB 9 0.43 2.48 13 41 CD1 10 0.41 2.56 14 41 O 11 0.40 2.21 15 43 N 6 0.43 2.33 16 45 HD11 7 0.53 2.44 17 45 HD12 12 0.51 2.46 18 45 HD12 13 0.46 2.51 19 45 HG12 11 0.40 2.21 20 46 HG12 14 0.42 2.00 21 50 HD12 14 0.42 2.00 22 67 HG21 4 0.57 1.85 23 67 HG21 5 0.48 2.43 24 68 HG23 15 0.43 2.33 25 68 HG21 16 0.43 2.01 26 69 O 17 0.63 1.98 27 69 N 15 0.43 2.33 28 72 HD23 18 0.67 1.77 29 72 HD13 19 0.41 2.03 30 73 HD23 17 0.63 1.98 31 74 CD2 12 0.51 2.46 32 74 CE2 13 0.46 2.51 33 79 HD23 20 0.40 1.99 34 79 HA 20 0.40 1.99 35 90 CD2 21 0.57 2.34 36 123 NH1 22 0.50 2.44 37 127 HG13 21 0.57 2.34 38 127 HG12 23 0.43 2.54 39 130 HD23 24 0.41 2.56 40 131 CE1 23 0.43 2.54 41 131 CE1 24 0.41 2.56 42 132 HD11 25 0.40 2.22 43 134 CG 26 0.46 2.46 44 134 HG3 27 0.42 2.00 45 136 O 28 0.47 2.15 46 138 HG21 26 0.46 2.46 47 138 HG21 27 0.42 2.00 48 139 O 29 0.49 2.11 49 139 HG23 29 0.49 2.11 50 139 HG22 28 0.47 2.15 51 140 OH 22 0.50 2.44 52 140 O 25 0.40 2.22 53 143 HG21 8 0.44 2.00 54 143 HG21 9 0.43 2.48 55 143 HD13 10 0.41 2.56 56 149 HB3 30 0.43 2.00 57 154 HD11 31 0.46 1.97 58 157 C 32 0.49 2.37 59 157 HD23 32 0.49 2.37 60 158 HD12 33 0.66 1.95 61 158 O 33 0.66 1.95 62 163 O 34 0.47 2.58 63 164 C 34 0.47 2.58 64 171 O 35 0.45 2.16 65 171 HG22 35 0.45 2.16 66 184 O 36 0.46 2.30 67 185 OG1 36 0.46 2.30 68 185 HG22 30 0.43 2.00 69 188 O 37 0.54 2.07 70 189 HD23 38 0.49 2.13 71 189 O 38 0.49 2.13 72 191 HA3 16 0.43 2.01 73 192 HD23 37 0.54 2.07 74 193 HD23 39 0.69 1.92 75 193 O 39 0.69 1.92 76 193 HD21 40 0.47 2.45 77 197 HG2 18 0.67 1.77 78 201 HD12 31 0.46 1.97 79 201 HD11 19 0.41 2.03 80 214 CD 40 0.47 2.45 81 222 O 41 0.42 2.53 82 224 O 42 0.42 2.53 83 224 NE2 42 0.42 2.53 84 231 O 43 0.44 2.17 85 232 H 44 0.40 2.39 86 235 HB2 43 0.44 2.17 87 236 HB3 45 0.54 1.73 88 236 HB3 46 0.44 2.33 89 239 HB3 47 0.68 1.76 90 240 HB3 48 0.82 1.61 91 240 HB3 49 0.41 2.42 92 241 HD2 48 0.82 1.61 93 241 HA 50 0.50 1.94 94 241 CD 49 0.41 2.42 95 242 HA 51 0.72 2.04 96 243 HG2 47 0.68 1.76 97 245 N 52 0.42 2.53 98 245 OE1 52 0.42 2.53 99 246 HA 53 0.50 1.92 100 246 O 54 0.41 2.20 101 248 O 55 0.51 2.10 102 248 HG3 55 0.51 2.10 103 249 HG3 53 0.50 1.92 104 249 HG3 54 0.41 2.20 105 251 O 56 0.49 2.46 106 254 N 56 0.49 2.46 107 260 HD11 57 0.52 1.92 108 260 O 58 0.43 2.18 109 260 HG 59 0.42 2.01 110 263 HG22 58 0.43 2.18 111 263 HG23 60 0.41 2.35 112 264 N 60 0.41 2.35 113 265 O 61 0.60 2.01 114 267 O 62 0.45 2.34 115 269 HG22 61 0.60 2.01 116 269 HA 57 0.52 1.92 117 269 HG21 63 0.43 2.58 118 269 HG12 59 0.42 2.01 119 271 OE1 62 0.45 2.34 120 273 HD13 64 0.43 2.59 121 275 NE 41 0.42 2.53 122 276 CD2 65 0.46 2.68 123 276 O 65 0.46 2.68 124 278 N 66 0.60 2.34 125 278 OE1 66 0.60 2.34 126 279 HD23 67 0.58 1.86 127 279 CD2 68 0.47 2.44 128 285 NH2 51 0.72 2.04 129 288 HE 69 0.64 1.46 130 289 H 69 0.64 1.46 131 294 O 70 0.59 2.02 132 294 HD23 70 0.59 2.02 133 294 HD23 71 0.43 1.99 134 298 HG23 71 0.43 1.99 135 299 HB2 72 0.42 2.34 136 299 NH1 72 0.42 2.34 137 300 SG 63 0.43 2.58 138 301 SG 64 0.43 2.59 139 306 HB1 67 0.58 1.86 140 306 HB1 68 0.47 2.44 141 306 HB3 73 0.43 2.01 142 309 HD22 74 0.79 2.23 143 309 HD23 75 0.70 2.05 144 310 N 75 0.70 2.05 145 312 SG 74 0.79 2.23 146 314 HD21 76 0.42 2.00 147 317 HB1 50 0.50 1.94 148 322 OG 77 0.72 2.07 149 324 O 78 0.49 2.13 150 324 HD23 78 0.49 2.13 151 324 HD22 79 0.43 2.54 152 324 HD22 80 0.42 2.54 153 325 HA 81 0.45 1.82 154 328 CE1 82 0.61 2.35 155 328 CZ 83 0.59 2.38 156 328 CZ 80 0.42 2.54 157 328 HD2 81 0.45 1.82 158 328 CE2 79 0.43 2.54 159 331 HB3 84 0.59 1.85 160 338 HD13 73 0.43 2.01 161 341 HB3 85 0.66 1.77 162 341 CB 86 0.54 2.38 163 341 N 87 0.52 2.24 164 341 H 88 0.42 1.84 165 343 HD21 89 0.73 1.70 166 343 HD23 90 0.53 2.24 167 344 N 90 0.53 2.24 168 345 CE1 44 0.40 2.39 169 346 HB2 89 0.73 1.70 170 347 C 91 0.56 2.31 171 348 HD12 91 0.56 2.31 172 349 O 92 0.42 2.20 173 350 HB2 92 0.42 2.20 174 352 O 93 0.45 2.16 175 352 HG21 76 0.42 2.00 176 354 NE 94 0.42 2.53 177 355 OD2 77 0.72 2.07 178 356 HD22 82 0.61 2.35 179 356 HD22 83 0.59 2.38 180 356 HD23 93 0.45 2.16 181 358 OE1 94 0.42 2.53 182 361 NH2 95 0.70 2.65 183 365 HB1 84 0.59 1.85 184 366 HD21 85 0.66 1.77 185 366 HD21 86 0.54 2.38 186 366 HD11 87 0.52 2.24 187 366 HD11 88 0.42 1.84 188 367 OG1 96 0.54 2.39 189 369 HD23 97 0.62 2.15 190 370 N 97 0.62 2.15 191 370 C 98 0.50 2.36 192 370 O 99 0.43 2.19 193 371 HD12 98 0.50 2.36 194 371 HD12 99 0.43 2.19 195 375 HH12 45 0.54 1.73 196 375 NH1 46 0.44 2.33 197 383 SD 95 0.70 2.65 198 389 HA 100 0.43 2.01 199 394 NH1 96 0.54 2.39 200 394 HD2 101 0.43 2.18 201 394 O 101 0.43 2.18 202 396 O 102 0.53 2.21 203 397 OG1 102 0.53 2.21 204 398 HG12 103 0.45 1.98 205 398 CG1 104 0.43 2.48 206 408 HA2 105 0.48 1.94 207 408 CA 106 0.47 2.44 208 412 HD13 105 0.48 1.94 209 412 HD13 106 0.47 2.44 210 413 HG13 107 0.55 1.89 211 415 HE1 100 0.43 2.01 212 416 HD21 108 0.60 2.42 213 416 HD23 109 0.53 2.08 214 416 O 109 0.53 2.08 215 422 HD11 103 0.45 1.98 216 422 HD11 104 0.43 2.48 217 425 O 110 0.41 2.20 218 425 HG 110 0.41 2.20 219 427 HD23 111 0.51 2.25 220 428 N 111 0.51 2.25 221 433 O 112 0.52 2.31 222 433 O 113 0.42 2.63 223 434 HB3 114 0.43 2.48 224 434 C 113 0.42 2.63 225 435 CD 114 0.43 2.48 226 436 O 115 0.52 2.10 227 437 N 112 0.52 2.31 228 440 HA 116 0.57 1.87 229 440 HD13 115 0.52 2.10 230 441 SG 117 0.44 2.91 231 442 N 117 0.44 2.91 232 443 HG22 116 0.57 1.87 233 443 HG11 107 0.55 1.89 234 443 HG23 118 0.44 1.99 235 444 HD22 118 0.44 1.99 236 449 SG 108 0.60 2.42 237 452 O 119 0.57 2.22 238 453 OG1 119 0.57 2.22 239 456 HD23 120 0.61 2.00 240 456 O 120 0.61 2.00 241 457 O 121 0.63 1.98 242 459 HG23 121 0.63 1.98 243 459 HG12 122 0.47 1.96 244 461 HD13 123 0.67 2.29 245 461 HD12 122 0.47 1.96 246 462 O 124 0.42 2.19 247 466 HD23 124 0.42 2.19 248 469 O 125 0.51 2.11 249 470 O 126 0.67 2.26 250 470 C 127 0.41 2.24 251 472 HG12 125 0.51 2.11 252 474 NE 126 0.67 2.26 253 474 HE 127 0.41 2.24 254 482 O 128 0.50 2.11 255 482 HG22 128 0.50 2.11 256 483 CE1 123 0.67 2.29 # loop_ _pdbx_vrpt_model_instance_map_fitting.ordinal _pdbx_vrpt_model_instance_map_fitting.instance_id _pdbx_vrpt_model_instance_map_fitting.residue_inclusion _pdbx_vrpt_model_instance_map_fitting.Q_score 1 1 1.0 0.187 2 2 1.0 0.232 3 3 0.75 0.339 4 4 0.8889 0.277 5 5 0.625 0.045 6 6 0.4444 0.085 7 7 0.8889 0.350 8 8 0.6667 0.313 9 9 1.0 0.502 10 10 0.8182 0.449 11 11 0.5833 0.177 12 12 0.7778 0.235 13 13 1.0 0.296 14 14 0.6364 0.247 15 15 0.6364 0.338 16 16 0.875 0.474 17 17 0.6667 0.435 18 18 0.6364 0.394 19 19 0.6364 0.269 20 20 1.0 0.424 21 21 0.4444 0.046 22 22 0.4545 0.287 23 23 0.6 0.279 24 24 1.0 0.470 25 25 0.5455 0.343 26 26 1.0 0.439 27 27 0.8571 0.372 28 28 0.7778 0.237 29 29 0.4444 0.437 30 30 1.0 0.379 31 31 0.4444 0.347 32 32 1.0 0.404 33 33 1.0 0.399 34 34 0.8182 0.277 35 35 0.8 0.416 36 36 0.5 0.195 37 37 1.0 0.220 38 38 1.0 0.379 39 39 1.0 0.171 40 40 0.7143 0.269 41 41 0.8182 0.312 42 42 0.7143 0.151 43 43 0.6667 0.116 44 44 0.9286 0.443 45 45 1.0 0.395 46 46 0.5714 0.258 47 47 0.8333 0.410 48 48 1.0 0.454 49 49 0.8571 0.320 50 50 0.75 0.369 51 51 1.0 0.479 52 52 0.7778 0.384 53 53 1.0 0.484 54 54 0.875 0.255 55 55 0.7778 0.382 56 56 1.0 0.445 57 57 0.75 0.146 58 58 0.7273 0.407 59 59 0.625 0.128 60 60 0.875 0.349 61 61 0.6667 0.364 62 62 0.8182 0.432 63 63 0.7143 0.431 64 64 0.8333 0.405 65 65 0.2222 0.424 66 66 0.7143 0.422 67 67 1.0 0.519 68 68 0.5714 0.342 69 69 0.8333 0.412 70 70 0.8571 0.436 71 71 0.9167 0.510 72 72 0.75 0.379 73 73 1.0 0.394 74 74 1.0 0.468 75 75 0.875 0.422 76 76 0.8571 0.291 77 77 0.5 0.233 78 78 1.0 0.403 79 79 0.75 0.387 80 80 1.0 0.360 81 81 0.5 0.290 82 82 0.8 0.480 83 83 0.2857 0.264 84 84 0.8571 0.286 85 85 0.2 0.231 86 86 1.0 0.412 87 87 1.0 0.232 88 88 1.0 0.407 89 89 1.0 0.393 90 90 0.5 0.159 91 91 1.0 0.531 92 92 1.0 0.251 93 93 0.875 0.305 94 94 0.5 0.225 95 95 1.0 0.561 96 96 0.625 0.414 97 97 0.625 0.408 98 98 1.0 0.436 99 99 1.0 0.424 100 100 1.0 0.333 101 101 0.2 -0.072 102 102 0.9091 0.362 103 103 0.4444 0.100 104 104 1.0 0.352 105 105 0.7143 0.238 106 106 0.875 0.361 107 107 1.0 0.348 108 108 1.0 0.383 109 109 0.9091 0.306 110 110 0.8 0.338 111 111 0.7778 0.425 112 112 1.0 0.448 113 113 1.0 0.313 114 114 0.6667 0.268 115 115 0.5556 0.254 116 116 0.5556 0.227 117 117 0.75 0.317 118 118 0.8889 0.238 119 119 0.7778 0.266 120 120 0.75 0.181 121 121 0.7778 0.302 122 122 0.875 0.316 123 123 0.8182 0.223 124 124 1.0 0.245 125 125 0.8333 0.326 126 126 1.0 0.470 127 127 1.0 0.371 128 128 1.0 0.295 129 129 1.0 0.342 130 130 0.75 0.356 131 131 1.0 0.432 132 132 0.875 0.341 133 133 1.0 0.400 134 134 0.6667 0.253 135 135 1.0 0.333 136 136 0.4444 0.212 137 137 0.375 0.185 138 138 0.8571 0.228 139 139 0.5714 0.268 140 140 0.9167 0.134 141 141 0.5556 0.267 142 142 1.0 0.436 143 143 0.25 0.237 144 144 0.625 0.427 145 145 0.8889 0.339 146 146 1.0 0.439 147 147 0.7273 0.330 148 148 0.4444 0.209 149 149 0.3333 0.164 150 150 0.8182 0.459 151 151 1.0 0.329 152 152 1.0 0.373 153 153 0.8 0.428 154 154 0.875 0.387 155 155 1.0 0.308 156 156 0.9167 0.521 157 157 0.875 0.423 158 158 0.625 0.147 159 159 0.6667 0.284 160 160 0.5 0.095 161 161 1.0 0.423 162 162 1.0 0.170 163 163 0.8571 0.329 164 164 0.7143 0.201 165 165 0.8182 0.432 166 166 0.5714 0.183 167 167 0.8 0.416 168 168 0.6 -0.001 169 169 0.5 0.273 170 170 1.0 0.245 171 171 1.0 0.509 172 172 1.0 0.419 173 173 0.8571 0.426 174 174 0.75 0.340 175 175 1.0 0.176 176 176 1.0 0.467 177 177 1.0 0.371 178 178 1.0 0.359 179 179 0.8 0.159 180 180 0.7778 0.461 181 181 0.3 0.256 182 182 0.75 0.103 183 183 0.5714 0.154 184 184 1.0 0.259 185 185 0.7143 0.361 186 186 1.0 0.348 187 187 0.8182 0.410 188 188 1.0 0.506 189 189 0.875 0.419 190 190 0.9091 0.409 191 191 1.0 0.369 192 192 1.0 0.347 193 193 0.875 0.396 194 194 1.0 0.333 195 195 1.0 0.431 196 196 0.7778 0.436 197 197 0.7273 0.253 198 198 0.5 0.330 199 199 0.9091 0.376 200 200 0.75 0.383 201 201 1.0 0.415 202 202 0.3333 -0.014 203 203 0.6364 0.481 204 204 1.0 0.416 205 205 1.0 0.559 206 206 1.0 0.538 207 207 0.8333 0.360 208 208 0.75 0.377 209 209 0.5714 0.388 210 210 1.0 0.389 211 211 0.8889 0.407 212 212 0.9091 0.395 213 213 1.0 0.351 214 214 0.6667 0.281 215 215 0.8889 0.454 216 216 0.7778 0.280 217 217 0.8 0.048 218 218 1.0 0.500 219 219 0.6364 0.462 220 220 0.9286 0.436 221 221 0.5714 0.203 222 222 0.8889 0.349 223 223 1.0 0.535 224 224 0.7778 0.406 225 225 0.75 -0.009 226 226 0.5556 0.399 227 227 0.75 0.425 228 228 0.1667 0.256 229 229 0.4286 0.358 230 230 0.5556 0.381 231 231 0.0 0.164 232 232 0.2 0.130 233 233 0.4444 0.483 234 234 0.5 0.481 235 235 0.5 0.391 236 236 0.5556 0.269 237 237 0.75 0.493 238 238 0.4286 0.346 239 239 0.7778 0.373 240 240 0.6667 0.233 241 241 0.8571 0.411 242 242 0.3333 0.028 243 243 0.3333 0.321 244 244 0.3333 0.434 245 245 0.5556 0.241 246 246 0.7778 0.514 247 247 0.75 0.306 248 248 0.5556 0.394 249 249 0.5556 0.279 250 250 1.0 0.462 251 251 0.875 0.417 252 252 0.8333 0.328 253 253 0.7143 0.289 254 254 0.625 0.325 255 255 0.6667 0.418 256 256 0.875 0.441 257 257 0.75 0.339 258 258 0.8333 0.446 259 259 0.8333 0.421 260 260 1.0 0.494 261 261 0.75 0.336 262 262 1.0 0.521 263 263 0.8571 0.351 264 264 1.0 0.487 265 265 0.6667 0.251 266 266 0.625 0.278 267 267 1.0 0.495 268 268 0.8182 0.445 269 269 0.8571 0.227 270 270 1.0 0.398 271 271 0.7778 0.308 272 272 1.0 0.461 273 273 0.875 0.440 274 274 1.0 0.453 275 275 0.5455 0.256 276 276 0.8182 0.306 277 277 1.0 0.450 278 278 0.8889 0.440 279 279 0.875 0.543 280 280 1.0 0.473 281 281 1.0 0.530 282 282 0.4444 0.404 283 283 0.7273 0.461 284 284 0.5714 0.300 285 285 0.7273 0.354 286 286 0.7273 0.465 287 287 0.5 0.350 288 288 0.6364 0.203 289 289 1.0 0.372 290 290 0.75 0.455 291 291 1.0 0.440 292 292 1.0 0.327 293 293 0.7143 0.271 294 294 0.875 0.439 295 295 1.0 0.369 296 296 0.9167 0.402 297 297 1.0 0.416 298 298 1.0 0.297 299 299 0.7273 0.343 300 300 0.5 0.177 301 301 0.8333 0.353 302 302 1.0 0.396 303 303 1.0 0.387 304 304 1.0 0.457 305 305 0.4444 0.241 306 306 1.0 0.389 307 307 0.875 0.433 308 308 0.7273 0.443 309 309 1.0 0.496 310 310 0.875 0.455 311 311 0.8333 0.423 312 312 0.3333 0.160 313 313 0.2727 0.341 314 314 0.625 0.327 315 315 0.5714 0.328 316 316 0.8 0.536 317 317 0.4 0.542 318 318 0.3333 0.270 319 319 0.5 0.172 320 320 0.8571 0.390 321 321 0.8 0.414 322 322 0.6667 0.407 323 323 1.0 0.421 324 324 0.875 0.375 325 325 0.9 0.424 326 326 1.0 0.450 327 327 0.625 0.286 328 328 0.6364 0.145 329 329 0.6667 0.258 330 330 1.0 0.323 331 331 1.0 0.345 332 332 1.0 0.355 333 333 1.0 0.264 334 334 1.0 0.514 335 335 0.5 0.173 336 336 1.0 0.438 337 337 0.7 0.345 338 338 0.75 0.354 339 339 0.6667 0.342 340 340 1.0 0.500 341 341 0.875 0.454 342 342 1.0 0.524 343 343 0.75 0.417 344 344 1.0 0.490 345 345 0.7 0.416 346 346 0.3333 0.213 347 347 0.6667 0.342 348 348 1.0 0.499 349 349 0.7143 0.242 350 350 0.5 0.018 351 351 0.8 0.287 352 352 0.7143 0.290 353 353 1.0 0.346 354 354 1.0 0.407 355 355 0.625 0.253 356 356 1.0 0.363 357 357 0.6667 0.026 358 358 0.6667 0.197 359 359 1.0 0.336 360 360 0.875 0.283 361 361 0.8182 0.258 362 362 0.4 0.115 363 363 0.4 0.305 364 364 0.4286 0.293 365 365 0.6 0.321 366 366 0.875 0.273 367 367 0.8571 0.418 368 368 0.5556 0.519 369 369 1.0 0.518 370 370 1.0 0.590 371 371 0.875 0.363 372 372 0.875 0.422 373 373 0.7 0.436 374 374 0.625 0.353 375 375 1.0 0.449 376 376 0.875 0.406 377 377 1.0 0.412 378 378 0.8889 0.346 379 379 1.0 0.158 380 380 1.0 0.316 381 381 0.75 0.296 382 382 0.8182 0.267 383 383 0.625 0.204 384 384 1.0 0.364 385 385 0.8333 0.275 386 386 0.6667 0.227 387 387 1.0 -0.004 388 388 1.0 0.198 389 389 1.0 0.400 390 390 0.6429 0.251 391 391 0.4286 0.167 392 392 0.4444 0.177 393 393 1.0 0.428 394 394 0.7273 0.224 395 395 0.8571 0.356 396 396 0.5556 0.385 397 397 0.8571 0.506 398 398 1.0 0.452 399 399 0.9091 0.462 400 400 0.8571 0.410 401 401 1.0 0.420 402 402 0.5 0.328 403 403 0.7143 0.340 404 404 0.625 0.358 405 405 0.5714 0.262 406 406 1.0 0.391 407 407 0.4545 0.260 408 408 1.0 0.291 409 409 0.5 0.171 410 410 0.8889 0.348 411 411 0.9167 0.385 412 412 0.875 0.302 413 413 0.8571 0.333 414 414 1.0 0.279 415 415 0.75 0.232 416 416 1.0 0.420 417 417 0.7273 0.281 418 418 0.6667 0.214 419 419 1.0 0.151 420 420 0.8571 0.299 421 421 0.8 0.301 422 422 0.75 0.487 423 423 0.5714 0.389 424 424 0.8571 0.433 425 425 0.75 0.446 426 426 0.625 0.351 427 427 1.0 0.504 428 428 1.0 0.547 429 429 0.5 0.393 430 430 0.6667 0.355 431 431 0.4444 0.493 432 432 0.75 0.443 433 433 0.8571 0.494 434 434 0.8 0.289 435 435 1.0 0.412 436 436 0.625 0.277 437 437 0.8571 0.316 438 438 1.0 0.176 439 439 0.4167 0.090 440 440 1.0 0.384 441 441 0.6667 0.164 442 442 0.8 0.162 443 443 0.8571 0.290 444 444 0.875 0.292 445 445 0.5556 0.212 446 446 0.8 0.285 447 447 0.5556 0.323 448 448 0.75 0.207 449 449 1.0 0.398 450 450 1.0 0.560 451 451 0.875 0.486 452 452 1.0 0.496 453 453 0.8571 0.469 454 454 0.75 0.363 455 455 0.6667 0.416 456 456 0.875 0.444 457 457 1.0 0.325 458 458 1.0 0.542 459 459 0.5714 0.235 460 460 0.3333 0.214 461 461 0.875 0.395 462 462 1.0 0.240 463 463 0.4444 0.167 464 464 0.5556 0.216 465 465 1.0 0.319 466 466 0.75 0.309 467 467 0.8889 0.157 468 468 0.4444 0.210 469 469 0.625 0.262 470 470 0.8889 0.166 471 471 1.0 0.274 472 472 0.8571 0.331 473 473 1.0 0.317 474 474 0.4545 0.049 475 475 1.0 0.370 476 476 0.5556 0.295 477 477 1.0 0.315 478 478 0.5 0.312 479 479 0.875 0.392 480 480 0.5714 0.392 481 481 1.0 0.429 482 482 0.8571 0.459 483 483 1.0 0.428 484 484 0.4286 0.207 # _pdbx_vrpt_em_details.ordinal 1 _pdbx_vrpt_em_details.recommended_contour_level 0.185 # loop_ _pdbx_vrpt_em_graph_atom_inclusion.graph_id _pdbx_vrpt_em_graph_atom_inclusion.type atom_inclusion_all_atoms all_atoms atom_inclusion_backbone backbone # loop_ _pdbx_vrpt_em_resolution_intersections.ordinal _pdbx_vrpt_em_resolution_intersections.resolution_units _pdbx_vrpt_em_resolution_intersections.spatial_frequency_units _pdbx_vrpt_em_resolution_intersections.correlation _pdbx_vrpt_em_resolution_intersections.resolution _pdbx_vrpt_em_resolution_intersections.spatial_frequency _pdbx_vrpt_em_resolution_intersections.curve _pdbx_vrpt_em_resolution_intersections.type 1 A 1/A 0.0223 4.06 0.2461 calculated_fsc threesigma 2 A 1/A 0.1838 4.57 0.2189 calculated_fsc halfbit 3 A 1/A 0.3474 5.88 0.17 calculated_fsc onebit 4 A 1/A 0.5 6.93 0.1444 calculated_fsc 0.5 5 A 1/A 0.333 5.77 0.1733 calculated_fsc 0.333 6 A 1/A 0.143 4.44 0.225 calculated_fsc 0.143 # _pdbx_vrpt_em_graph_fsc_curve.graph_id calculated_fsc _pdbx_vrpt_em_graph_fsc_curve.type "half_map to half_map fsc" _pdbx_vrpt_em_graph_fsc_curve.curve_name calculated_fsc # loop_ _pdbx_vrpt_em_graph_fsc_indicator_curve.graph_id _pdbx_vrpt_em_graph_fsc_indicator_curve.type _pdbx_vrpt_em_graph_fsc_indicator_curve.curve_name _pdbx_vrpt_em_graph_fsc_indicator_curve.data_curve_name calculated_fsc_threesigma threesigma calculated_fsc_threesigma calculated_fsc calculated_fsc_halfbit halfbit calculated_fsc_halfbit calculated_fsc calculated_fsc_onebit onebit calculated_fsc_onebit calculated_fsc calculated_fsc_0.5 0.5 calculated_fsc_0.5 calculated_fsc calculated_fsc_0.333 0.333 calculated_fsc_0.333 calculated_fsc calculated_fsc_0.143 0.143 calculated_fsc_0.143 calculated_fsc # loop_ _pdbx_vrpt_em_2d_graph_info.graph_data_id _pdbx_vrpt_em_2d_graph_info.graph_id _pdbx_vrpt_em_2d_graph_info.title _pdbx_vrpt_em_2d_graph_info.x_axis_title _pdbx_vrpt_em_2d_graph_info.x_axis_scale _pdbx_vrpt_em_2d_graph_info.x_axis_units _pdbx_vrpt_em_2d_graph_info.y_axis_title _pdbx_vrpt_em_2d_graph_info.y_axis_scale _pdbx_vrpt_em_2d_graph_info.y_axis_units d_dvd map_value_distribution ? Map-value ? . "Number of voxels" log10 . d_raps rotationally_averaged_power_spectrum ? "Spatial frequency" ? 1/A Intensity log10 . d_ve volume_estimate ? "Contour level" ? . Volume ? nm3 d_ai_aa atom_inclusion_all_atoms ? "Contour level" ? . "Fraction of model inside the map" ? . d_ai_bb atom_inclusion_backbone ? "Contour level" ? . "Fraction of model inside the map" ? . fsc_1 calculated_fsc "Calculated fsc" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_1 calculated_fsc_threesigma "Calculated fsc threesigma indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_2 calculated_fsc_halfbit "Calculated fsc halfbit indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_3 calculated_fsc_onebit "Calculated fsc onebit indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_4 calculated_fsc_0.5 "Calculated fsc 0.5 indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_5 calculated_fsc_0.333 "Calculated fsc 0.333 indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . fsc_i_6 calculated_fsc_0.143 "Calculated fsc 0.143 indicator curve" "Spatial frequency" ? 1/A "Correlation coefficient" ? . # loop_ _pdbx_vrpt_em_2d_graph_data.ordinal _pdbx_vrpt_em_2d_graph_data.graph_data_id _pdbx_vrpt_em_2d_graph_data.x_value _pdbx_vrpt_em_2d_graph_data.y_value 1 d_dvd -1.0398132801 0.3010299957 2 d_dvd -1.0173967345 0.3010299957 3 d_dvd -0.9949801888 0.3010299957 4 d_dvd -0.9725636432 1.0 5 d_dvd -0.9501470975 0.903089987 6 d_dvd -0.9277305519 0.6020599913 7 d_dvd -0.9053140062 0.9542425094 8 d_dvd -0.8828974606 1.1139433523 9 d_dvd -0.8604809149 1.3802112417 10 d_dvd -0.8380643693 1.3010299957 11 d_dvd -0.8156478236 1.5185139399 12 d_dvd -0.793231278 1.4623979979 13 d_dvd -0.7708147323 1.6532125138 14 d_dvd -0.7483981867 1.7160033436 15 d_dvd -0.725981641 1.8129133566 16 d_dvd -0.7035650954 1.8388490907 17 d_dvd -0.6811485497 1.8808135923 18 d_dvd -0.6587320041 2.0334237555 19 d_dvd -0.6363154584 2.0293837777 20 d_dvd -0.6138989128 2.1139433523 21 d_dvd -0.5914823671 2.2253092817 22 d_dvd -0.5690658215 2.3283796034 23 d_dvd -0.5466492758 2.4377505628 24 d_dvd -0.5242327302 2.4913616938 25 d_dvd -0.5018161845 2.5158738437 26 d_dvd -0.4793996389 2.5854607295 27 d_dvd -0.4569830932 2.6646419756 28 d_dvd -0.4345665476 2.7050079593 29 d_dvd -0.4121500019 2.791690649 30 d_dvd -0.3897334563 2.8668778143 31 d_dvd -0.3673169106 2.9090208542 32 d_dvd -0.344900365 2.9580858485 33 d_dvd -0.3224838193 3.0569048513 34 d_dvd -0.3000672737 3.1176026917 35 d_dvd -0.277650728 3.1928461152 36 d_dvd -0.2552341824 3.2511513432 37 d_dvd -0.2328176367 3.3762118503 38 d_dvd -0.210401091 3.5113485155 39 d_dvd -0.1879845454 3.6854730197 40 d_dvd -0.1655679997 3.909449047 41 d_dvd -0.1431514541 4.1696450491 42 d_dvd -0.1207349084 4.5043892972 43 d_dvd -0.0983183628 4.9474631314 44 d_dvd -0.0759018171 5.4917901731 45 d_dvd -0.0534852715 6.0553404819 46 d_dvd -0.0310687258 6.5224030192 47 d_dvd -0.0086521802 7.2900876589 48 d_dvd 0.0137643655 6.2634717866 49 d_dvd 0.0361809111 5.6280975996 50 d_dvd 0.0585974568 4.9972028409 51 d_dvd 0.0810140024 4.600896697 52 d_dvd 0.1034305481 4.4132326864 53 d_dvd 0.1258470937 4.2840244503 54 d_dvd 0.1482636394 4.1803266254 55 d_dvd 0.170680185 4.0906107078 56 d_dvd 0.1930967307 3.9979976364 57 d_dvd 0.2155132763 3.9140785854 58 d_dvd 0.237929822 3.8462752424 59 d_dvd 0.2603463676 3.7916204827 60 d_dvd 0.2827629133 3.7406784252 61 d_dvd 0.3051794589 3.6831371315 62 d_dvd 0.3275960046 3.6585837154 63 d_dvd 0.3500125502 3.6146863423 64 d_dvd 0.3724290959 3.5624118329 65 d_dvd 0.3948456415 3.5258219522 66 d_dvd 0.4172621872 3.469822016 67 d_dvd 0.4396787328 3.4173055832 68 d_dvd 0.4620952785 3.3562171342 69 d_dvd 0.4845118241 3.314709693 70 d_dvd 0.5069283698 3.2716093014 71 d_dvd 0.5293449154 3.245759356 72 d_dvd 0.5517614611 3.1841233542 73 d_dvd 0.5741780067 3.1451964061 74 d_dvd 0.5965945524 3.0678145112 75 d_dvd 0.619011098 3.0236639182 76 d_dvd 0.6414276437 3.0043213738 77 d_dvd 0.6638441893 2.9385197252 78 d_dvd 0.686260735 2.9079485216 79 d_dvd 0.7086772806 2.8388490907 80 d_dvd 0.7310938263 2.8068580295 81 d_dvd 0.7535103719 2.7824726242 82 d_dvd 0.7759269176 2.6821450764 83 d_dvd 0.7983434632 2.6159500517 84 d_dvd 0.8207600089 2.6444385895 85 d_dvd 0.8431765545 2.5145477527 86 d_dvd 0.8655931002 2.4857214265 87 d_dvd 0.8880096458 2.383815366 88 d_dvd 0.9104261915 2.3598354823 89 d_dvd 0.9328427371 2.2966651903 90 d_dvd 0.9552592828 2.260071388 91 d_dvd 0.9776758284 2.1702617154 92 d_dvd 1.0000923741 2.1613680022 93 d_dvd 1.0225089197 2.079181246 94 d_dvd 1.0449254654 2.0086001718 95 d_dvd 1.067342011 1.8573324964 96 d_dvd 1.0897585567 1.7993405495 97 d_dvd 1.1121751023 1.806179974 98 d_dvd 1.134591648 1.7160033436 99 d_dvd 1.1570081936 1.7781512504 100 d_dvd 1.1794247393 1.6627578317 101 d_dvd 1.2018412849 1.6989700043 102 d_dvd 1.2242578306 1.361727836 103 d_dvd 1.2466743762 1.5440680444 104 d_dvd 1.2690909219 1.3010299957 105 d_dvd 1.2915074675 1.1139433523 106 d_dvd 1.3139240132 1.361727836 107 d_dvd 1.3363405588 1.1760912591 108 d_dvd 1.3587571045 1.278753601 109 d_dvd 1.3811736501 1.0413926852 110 d_dvd 1.4035901958 0.6020599913 111 d_dvd 1.4260067414 0.9542425094 112 d_dvd 1.4484232871 0.6989700043 113 d_dvd 1.4708398327 0.4771212547 114 d_dvd 1.4932563784 0.6989700043 115 d_dvd 1.515672924 0.4771212547 116 d_dvd 1.5380894697 0.0 117 d_dvd 1.5605060153 0.6020599913 118 d_dvd 1.582922561 0.6020599913 119 d_dvd 1.6053391066 0.3010299957 120 d_dvd 1.6277556523 0.0 121 d_dvd 1.6501721979 0.0 122 d_dvd 1.6725887436 0.0 123 d_dvd 1.6950052892 0.0 124 d_dvd 1.7174218349 0.0 125 d_dvd 1.7398383805 0.0 126 d_dvd 1.7622549262 0.0 127 d_dvd 1.7846714718 0.3010299957 128 d_raps 0.0 2.7327310364 129 d_raps 0.0045662099 2.7327310364 130 d_raps 0.0091324199 4.2237081423 131 d_raps 0.0136986298 4.2067506566 132 d_raps 0.0182648397 3.7781215089 133 d_raps 0.0228310496 3.4400355389 134 d_raps 0.0273972596 3.070764374 135 d_raps 0.0319634695 2.8935640323 136 d_raps 0.0365296794 2.8013640297 137 d_raps 0.0410958893 2.5648400684 138 d_raps 0.0456620993 2.3332461544 139 d_raps 0.0502283092 2.1916579038 140 d_raps 0.0547945191 2.1493415031 141 d_raps 0.059360729 2.1297096727 142 d_raps 0.063926939 2.1423133461 143 d_raps 0.0684931489 2.1232695765 144 d_raps 0.0730593588 2.1142134661 145 d_raps 0.0776255687 2.0780379284 146 d_raps 0.0821917787 2.0079157504 147 d_raps 0.0867579886 1.9893305874 148 d_raps 0.0913241985 1.9670913306 149 d_raps 0.0958904085 1.946031685 150 d_raps 0.1004566184 1.9163206169 151 d_raps 0.1050228283 1.8946917935 152 d_raps 0.1095890382 1.8637746553 153 d_raps 0.1141552482 1.7902707483 154 d_raps 0.1187214581 1.7049804379 155 d_raps 0.123287668 1.6637557177 156 d_raps 0.1278538779 1.6062128649 157 d_raps 0.1324200879 1.483391967 158 d_raps 0.1369862978 1.3252388651 159 d_raps 0.1415525077 1.2427453769 160 d_raps 0.1461187176 1.2039648456 161 d_raps 0.1506849276 1.1598849297 162 d_raps 0.1552511375 1.1013059122 163 d_raps 0.1598173474 1.0753116412 164 d_raps 0.1643835573 1.0908056154 165 d_raps 0.1689497673 1.1136540304 166 d_raps 0.1735159772 1.1291768091 167 d_raps 0.1780821871 1.1447687811 168 d_raps 0.1826483971 1.1931219755 169 d_raps 0.187214607 1.2704223066 170 d_raps 0.1917808169 1.3632757754 171 d_raps 0.1963470268 1.4426291874 172 d_raps 0.2009132368 1.4810536886 173 d_raps 0.2054794467 1.4626227508 174 d_raps 0.2100456566 1.4355927232 175 d_raps 0.2146118665 1.4463464577 176 d_raps 0.2191780765 1.4962711758 177 d_raps 0.2237442864 1.4904294049 178 d_raps 0.2283104963 1.4090385 179 d_raps 0.2328767062 1.3461508562 180 d_raps 0.2374429162 1.2653075299 181 d_raps 0.2420091261 1.2479516892 182 d_raps 0.246575336 1.2522086778 183 d_raps 0.2511415459 1.2689866718 184 d_raps 0.2557077559 1.237344729 185 d_raps 0.2602739658 1.094481765 186 d_raps 0.2648401757 0.7712836979 187 d_raps 0.2694063857 0.0546111629 188 d_raps 0.2739725956 -0.2306537275 189 d_raps 0.2785388055 -0.463899942 190 d_raps 0.2831050154 -0.6845005466 191 d_raps 0.2876712254 -0.8789236163 192 d_raps 0.2922374353 -1.0682752282 193 d_raps 0.2968036452 -1.2270664494 194 d_raps 0.3013698551 -1.3642662336 195 d_raps 0.3059360651 -1.4537101734 196 d_raps 0.310502275 -1.4989274315 197 d_raps 0.3150684849 -1.5011355029 198 d_raps 0.3196346948 -1.9805367138 199 d_raps 0.3242009048 -12.0197871773 200 d_raps 0.3287671147 -12.0212083678 201 d_raps 0.3333333246 -12.0231274815 202 d_raps 0.3378995346 -12.0254562979 203 d_raps 0.3424657445 -12.0245906619 204 d_raps 0.3470319544 -12.0293889507 205 d_raps 0.3515981643 -12.0273591359 206 d_raps 0.3561643743 -12.0298738212 207 d_raps 0.3607305842 -12.0284470178 208 d_raps 0.3652967941 -12.0304840104 209 d_raps 0.369863004 -12.0348020962 210 d_raps 0.374429214 -12.0337426585 211 d_raps 0.3789954239 -12.0353917112 212 d_raps 0.3835616338 -12.0324313093 213 d_raps 0.3881278437 -12.0363545772 214 d_raps 0.3926940537 -12.0390641974 215 d_raps 0.3972602636 -12.0382112481 216 d_raps 0.4018264735 -12.0384148398 217 d_raps 0.4063926834 -12.0399711748 218 d_raps 0.4109588934 -12.0418261285 219 d_raps 0.4155251033 -12.0428196469 220 d_raps 0.4200913132 -12.0424546388 221 d_raps 0.4246575232 -12.0444959007 222 d_raps 0.4292237331 -12.0450397529 223 d_raps 0.433789943 -12.0433965031 224 d_raps 0.4383561529 -12.0448132529 225 d_raps 0.4429223629 -12.0464790859 226 d_raps 0.4474885728 -12.0451093888 227 d_raps 0.4520547827 -12.0467997408 228 d_raps 0.4566209926 -12.0426311989 229 d_raps 0.4611872026 -12.0479560502 230 d_raps 0.4657534125 -12.0460214316 231 d_raps 0.4703196224 -12.047575526 232 d_raps 0.4748858323 -12.048079759 233 d_raps 0.4794520423 -12.0493470801 234 d_raps 0.4840182522 -12.0500638673 235 d_raps 0.4885844621 -12.0505744786 236 d_raps 0.493150672 -12.0509367957 237 d_raps 0.497716882 -12.0521517641 238 d_raps 0.5022830919 -12.0520062996 239 d_raps 0.5068493018 -12.0539503867 240 d_raps 0.5114155118 -12.0518723483 241 d_raps 0.5159817217 -12.0531811574 242 d_raps 0.5205479316 -12.0539842854 243 d_raps 0.5251141415 -12.0519058708 244 d_raps 0.5296803515 -12.0542987973 245 d_raps 0.5342465614 -12.0528582922 246 d_raps 0.5388127713 -12.0522851771 247 d_raps 0.5433789812 -12.0510095765 248 d_raps 0.5479451912 -12.0499627714 249 d_raps 0.5525114011 -12.0505630514 250 d_raps 0.557077611 -12.0476782988 251 d_raps 0.5616438209 -12.0539197924 252 d_raps 0.5662100309 -12.0540393737 253 d_raps 0.5707762408 -12.056070006 254 d_raps 0.5753424507 -12.0579347483 255 d_raps 0.5799086606 -12.0578166908 256 d_raps 0.5844748706 -12.0578981593 257 d_raps 0.5890410805 -12.0582327321 258 d_raps 0.5936072904 -12.0591970331 259 d_raps 0.5981735004 -12.0596290907 260 d_raps 0.6027397103 -12.0591592622 261 d_raps 0.6073059202 -12.0594395743 262 d_raps 0.6118721301 -12.0606729497 263 d_raps 0.6164383401 -12.0601899871 264 d_raps 0.62100455 -12.0600829827 265 d_raps 0.6255707599 -12.0600731339 266 d_raps 0.6301369698 -12.060169388 267 d_raps 0.6347031798 -12.0608265227 268 d_raps 0.6392693897 -12.0603872589 269 d_raps 0.6438355996 -12.0614861356 270 d_raps 0.6484018095 -12.0615237795 271 d_raps 0.6529680195 -12.0609906905 272 d_raps 0.6575342294 -12.0620539947 273 d_raps 0.6621004393 -12.0621458151 274 d_raps 0.6666666492 -12.0626755346 275 d_raps 0.6712328592 -12.0626311707 276 d_raps 0.6757990691 -12.0619332318 277 d_raps 0.680365279 -12.0608377006 278 d_raps 0.684931489 -12.0602804821 279 d_ve -1.0398132801 10503.4598233052 280 d_ve -1.0175718637 10503.4594342881 281 d_ve -0.9953304473 10503.458267237 282 d_ve -0.9730890309 10503.457489203 283 d_ve -0.9508476146 10503.4539880497 284 d_ve -0.9286061982 10503.4508759134 285 d_ve -0.9063647818 10503.4493198453 286 d_ve -0.8841233654 10503.445429675 287 d_ve -0.861881949 10503.4407614707 288 d_ve -0.8396405326 10503.432203096 289 d_ve -0.8173991162 10503.4240337383 290 d_ve -0.7951576998 10503.4115851934 291 d_ve -0.7729162835 10503.4003036995 292 d_ve -0.7506748671 10503.3843540012 293 d_ve -0.7284334507 10503.3617910135 294 d_ve -0.7061920343 10503.3388390087 295 d_ve -0.6839506179 10503.3139419187 296 d_ve -0.6617092015 10503.2839876074 297 d_ve -0.6394677851 10503.241584751 298 d_ve -0.6172263687 10503.203072065 299 d_ve -0.5949849524 10503.1540559192 300 d_ve -0.572743536 10503.0906461432 301 d_ve -0.5505021196 10503.0147878223 302 d_ve -0.5282607032 10502.9128653603 303 d_ve -0.5060192868 10502.7957712341 304 d_ve -0.4837778704 10502.6635054437 305 d_ve -0.461536454 10502.5219032446 306 d_ve -0.4392950376 10502.3503467342 307 d_ve -0.4170536213 10502.1636185595 308 d_ve -0.3948122049 10501.9305973583 309 d_ve -0.3725707885 10501.6598415051 310 d_ve -0.3503293721 10501.365355613 311 d_ve -0.3280879557 10501.0105720812 312 d_ve -0.3058465393 10500.599770097 313 d_ve -0.2836051229 10500.1002722298 314 d_ve -0.2613637066 10499.5389206548 315 d_ve -0.2391222902 10498.8768136689 316 d_ve -0.2168808738 10498.0345917979 317 d_ve -0.1946394574 10496.9083874946 318 d_ve -0.172398041 10495.2383373827 319 d_ve -0.1501566246 10492.6245319548 320 d_ve -0.1279152082 10487.9532154527 321 d_ve -0.1056737918 10478.6175847549 322 d_ve -0.0834323755 10454.9715735734 323 d_ve -0.0611909591 10378.318490834 324 d_ve -0.0389495427 10095.1716671558 325 d_ve -0.0167081263 9192.6525454296 326 d_ve 0.0055332901 1612.9634187488 327 d_ve 0.0277747065 443.6264631993 328 d_ve 0.0500161229 151.2731624774 329 d_ve 0.0722575393 86.7344590846 330 d_ve 0.0944989556 66.2698291785 331 d_ve 0.116740372 54.8023851536 332 d_ve 0.1389817884 46.4307386574 333 d_ve 0.1612232048 40.0115686373 334 d_ve 0.1834646212 34.8395872169 335 d_ve 0.2057060376 30.6253657255 336 d_ve 0.227947454 27.2323591856 337 d_ve 0.2501888704 24.3341823084 338 d_ve 0.2724302867 21.8102398146 339 d_ve 0.2946717031 19.5255427945 340 d_ve 0.3169131195 17.5353316665 341 d_ve 0.3391545359 15.7618030245 342 d_ve 0.3613959523 14.0960320999 343 d_ve 0.3836373687 12.6243806736 344 d_ve 0.4058787851 11.2534846581 345 d_ve 0.4281202015 10.0140763989 346 d_ve 0.4503616178 8.9473917013 347 d_ve 0.4726030342 8.0094716408 348 d_ve 0.4948444506 7.1629705825 349 d_ve 0.517085867 6.4187810031 350 d_ve 0.5393272834 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-0.0047 757 fsc_1 0.4155 0.0027 758 fsc_1 0.4201 0.0054 759 fsc_1 0.4247 -0.008 760 fsc_1 0.4292 -0.0008 761 fsc_1 0.4338 -0.0017 762 fsc_1 0.4384 0.0011 763 fsc_1 0.4429 0.0011 764 fsc_1 0.4475 -0.0054 765 fsc_1 0.4521 0.0077 766 fsc_1 0.4566 -0.0033 767 fsc_1 0.4612 -0.0031 768 fsc_1 0.4658 -0.0028 769 fsc_1 0.4703 -0.0005 770 fsc_1 0.4749 -0.001 771 fsc_1 0.4795 0.0013 772 fsc_1 0.484 0.0034 773 fsc_1 0.4886 -0.0044 774 fsc_1 0.4932 0.0015 775 fsc_1 0.4977 -0.0017 776 fsc_1 0.5023 0.0003 777 fsc_1 0.5068 -0.0007 778 fsc_1 0.5114 -0.0005 779 fsc_1 0.516 -0.005 780 fsc_1 0.5205 0.0029 781 fsc_1 0.5251 0.0005 782 fsc_1 0.5297 0.0008 783 fsc_1 0.5342 0.001 784 fsc_1 0.5388 0.0078 785 fsc_1 0.5434 -0.0023 786 fsc_1 0.5479 0.0028 787 fsc_1 0.5525 0.0014 788 fsc_1 0.5571 -0.0021 789 fsc_1 0.5616 -0.0034 790 fsc_1 0.5662 0.0054 791 fsc_1 0.5708 0.0062 792 fsc_1 0.5753 0.0021 793 fsc_1 0.5799 0.0037 794 fsc_1 0.5845 0.0024 795 fsc_1 0.589 -0.0002 796 fsc_1 0.5936 0.0009 797 fsc_1 0.5982 -0.0016 798 fsc_1 0.6027 -0.0014 799 fsc_1 0.6073 0.0001 800 fsc_1 0.6119 -0.0019 801 fsc_1 0.6164 0.0015 802 fsc_1 0.621 0.0049 803 fsc_1 0.6256 -0.0031 804 fsc_1 0.6301 0.0003 805 fsc_1 0.6347 -0.0032 806 fsc_1 0.6393 0.0002 807 fsc_1 0.6438 0.002 808 fsc_1 0.6484 0.0018 809 fsc_1 0.653 -0.0048 810 fsc_1 0.6575 -0.0034 811 fsc_1 0.6621 -0.0052 812 fsc_1 0.6667 -0.0057 813 fsc_1 0.6712 -0.0048 814 fsc_1 0.6758 0.0007 815 fsc_1 0.6804 -0.0014 816 fsc_1 0.6849 0.0024 817 fsc_i_1 0.0 1.0 818 fsc_i_1 0.0046 0.8739 819 fsc_i_1 0.0091 0.5181 820 fsc_i_1 0.0137 0.3639 821 fsc_i_1 0.0183 0.28 822 fsc_i_1 0.0228 0.2274 823 fsc_i_1 0.0274 0.1915 824 fsc_i_1 0.032 0.1653 825 fsc_i_1 0.0365 0.1455 826 fsc_i_1 0.0411 0.1298 827 fsc_i_1 0.0457 0.1173 828 fsc_i_1 0.0502 0.1069 829 fsc_i_1 0.0548 0.0982 830 fsc_i_1 0.0594 0.0908 831 fsc_i_1 0.0639 0.0845 832 fsc_i_1 0.0685 0.079 833 fsc_i_1 0.0731 0.0741 834 fsc_i_1 0.0776 0.0698 835 fsc_i_1 0.0822 0.066 836 fsc_i_1 0.0868 0.0626 837 fsc_i_1 0.0913 0.0595 838 fsc_i_1 0.0959 0.0567 839 fsc_i_1 0.1005 0.0542 840 fsc_i_1 0.105 0.0519 841 fsc_i_1 0.1096 0.0497 842 fsc_i_1 0.1142 0.0478 843 fsc_i_1 0.1187 0.046 844 fsc_i_1 0.1233 0.0443 845 fsc_i_1 0.1279 0.0427 846 fsc_i_1 0.1324 0.0412 847 fsc_i_1 0.137 0.0399 848 fsc_i_1 0.1416 0.0386 849 fsc_i_1 0.1461 0.0374 850 fsc_i_1 0.1507 0.0363 851 fsc_i_1 0.1553 0.0352 852 fsc_i_1 0.1598 0.0342 853 fsc_i_1 0.1644 0.0333 854 fsc_i_1 0.1689 0.0324 855 fsc_i_1 0.1735 0.0316 856 fsc_i_1 0.1781 0.0308 857 fsc_i_1 0.1826 0.03 858 fsc_i_1 0.1872 0.0293 859 fsc_i_1 0.1918 0.0286 860 fsc_i_1 0.1963 0.0279 861 fsc_i_1 0.2009 0.0273 862 fsc_i_1 0.2055 0.0267 863 fsc_i_1 0.21 0.0261 864 fsc_i_1 0.2146 0.0256 865 fsc_i_1 0.2192 0.025 866 fsc_i_1 0.2237 0.0245 867 fsc_i_1 0.2283 0.024 868 fsc_i_1 0.2329 0.0236 869 fsc_i_1 0.2374 0.0231 870 fsc_i_1 0.242 0.0227 871 fsc_i_1 0.2466 0.0223 872 fsc_i_1 0.2511 0.0219 873 fsc_i_1 0.2557 0.0215 874 fsc_i_1 0.2603 0.0211 875 fsc_i_1 0.2648 0.0207 876 fsc_i_1 0.2694 0.0204 877 fsc_i_1 0.274 0.02 878 fsc_i_1 0.2785 0.0197 879 fsc_i_1 0.2831 0.0194 880 fsc_i_1 0.2877 0.0191 881 fsc_i_1 0.2922 0.0188 882 fsc_i_1 0.2968 0.0185 883 fsc_i_1 0.3014 0.0182 884 fsc_i_1 0.3059 0.018 885 fsc_i_1 0.3105 0.0177 886 fsc_i_1 0.3151 0.0174 887 fsc_i_1 0.3196 0.0172 888 fsc_i_1 0.3242 0.017 889 fsc_i_1 0.3288 0.0167 890 fsc_i_1 0.3333 0.0165 891 fsc_i_1 0.3379 0.0163 892 fsc_i_1 0.3425 0.0161 893 fsc_i_1 0.347 0.0158 894 fsc_i_1 0.3516 0.0156 895 fsc_i_1 0.3562 0.0154 896 fsc_i_1 0.3607 0.0152 897 fsc_i_1 0.3653 0.0151 898 fsc_i_1 0.3699 0.0149 899 fsc_i_1 0.3744 0.0147 900 fsc_i_1 0.379 0.0145 901 fsc_i_1 0.3836 0.0143 902 fsc_i_1 0.3881 0.0142 903 fsc_i_1 0.3927 0.014 904 fsc_i_1 0.3973 0.0138 905 fsc_i_1 0.4018 0.0137 906 fsc_i_1 0.4064 0.0135 907 fsc_i_1 0.411 0.0134 908 fsc_i_1 0.4155 0.0132 909 fsc_i_1 0.4201 0.0131 910 fsc_i_1 0.4247 0.013 911 fsc_i_1 0.4292 0.0128 912 fsc_i_1 0.4338 0.0127 913 fsc_i_1 0.4384 0.0126 914 fsc_i_1 0.4429 0.0124 915 fsc_i_1 0.4475 0.0123 916 fsc_i_1 0.4521 0.0122 917 fsc_i_1 0.4566 0.0121 918 fsc_i_1 0.4612 0.0119 919 fsc_i_1 0.4658 0.0118 920 fsc_i_1 0.4703 0.0117 921 fsc_i_1 0.4749 0.0116 922 fsc_i_1 0.4795 0.0115 923 fsc_i_1 0.484 0.0114 924 fsc_i_1 0.4886 0.0113 925 fsc_i_1 0.4932 0.0112 926 fsc_i_1 0.4977 0.0111 927 fsc_i_1 0.5023 0.011 928 fsc_i_1 0.5068 0.0109 929 fsc_i_1 0.5114 0.0108 930 fsc_i_1 0.516 0.0107 931 fsc_i_1 0.5205 0.0106 932 fsc_i_1 0.5251 0.0105 933 fsc_i_1 0.5297 0.0104 934 fsc_i_1 0.5342 0.0103 935 fsc_i_1 0.5388 0.0102 936 fsc_i_1 0.5434 0.0101 937 fsc_i_1 0.5479 0.01 938 fsc_i_1 0.5525 0.01 939 fsc_i_1 0.5571 0.0099 940 fsc_i_1 0.5616 0.0098 941 fsc_i_1 0.5662 0.0097 942 fsc_i_1 0.5708 0.0096 943 fsc_i_1 0.5753 0.0096 944 fsc_i_1 0.5799 0.0095 945 fsc_i_1 0.5845 0.0094 946 fsc_i_1 0.589 0.0093 947 fsc_i_1 0.5936 0.0093 948 fsc_i_1 0.5982 0.0092 949 fsc_i_1 0.6027 0.0091 950 fsc_i_1 0.6073 0.0091 951 fsc_i_1 0.6119 0.009 952 fsc_i_1 0.6164 0.0089 953 fsc_i_1 0.621 0.0089 954 fsc_i_1 0.6256 0.0088 955 fsc_i_1 0.6301 0.0087 956 fsc_i_1 0.6347 0.0087 957 fsc_i_1 0.6393 0.0086 958 fsc_i_1 0.6438 0.0086 959 fsc_i_1 0.6484 0.0085 960 fsc_i_1 0.653 0.0084 961 fsc_i_1 0.6575 0.0084 962 fsc_i_1 0.6621 0.0083 963 fsc_i_1 0.6667 0.0083 964 fsc_i_1 0.6712 0.0082 965 fsc_i_1 0.6758 0.0082 966 fsc_i_1 0.6804 0.0081 967 fsc_i_1 0.6849 0.008 968 fsc_i_2 0.0 1.0 969 fsc_i_2 0.0046 0.8361 970 fsc_i_2 0.0091 0.4913 971 fsc_i_2 0.0137 0.3792 972 fsc_i_2 0.0183 0.325 973 fsc_i_2 0.0228 0.2932 974 fsc_i_2 0.0274 0.2723 975 fsc_i_2 0.032 0.2576 976 fsc_i_2 0.0365 0.2465 977 fsc_i_2 0.0411 0.238 978 fsc_i_2 0.0457 0.2313 979 fsc_i_2 0.0502 0.2257 980 fsc_i_2 0.0548 0.2212 981 fsc_i_2 0.0594 0.2173 982 fsc_i_2 0.0639 0.214 983 fsc_i_2 0.0685 0.2111 984 fsc_i_2 0.0731 0.2086 985 fsc_i_2 0.0776 0.2064 986 fsc_i_2 0.0822 0.2045 987 fsc_i_2 0.0868 0.2027 988 fsc_i_2 0.0913 0.2011 989 fsc_i_2 0.0959 0.1997 990 fsc_i_2 0.1005 0.1984 991 fsc_i_2 0.105 0.1972 992 fsc_i_2 0.1096 0.1962 993 fsc_i_2 0.1142 0.1952 994 fsc_i_2 0.1187 0.1943 995 fsc_i_2 0.1233 0.1934 996 fsc_i_2 0.1279 0.1926 997 fsc_i_2 0.1324 0.1919 998 fsc_i_2 0.137 0.1912 999 fsc_i_2 0.1416 0.1906 1000 fsc_i_2 0.1461 0.19 1001 fsc_i_2 0.1507 0.1894 1002 fsc_i_2 0.1553 0.1889 1003 fsc_i_2 0.1598 0.1884 1004 fsc_i_2 0.1644 0.1879 1005 fsc_i_2 0.1689 0.1875 1006 fsc_i_2 0.1735 0.1871 1007 fsc_i_2 0.1781 0.1867 1008 fsc_i_2 0.1826 0.1863 1009 fsc_i_2 0.1872 0.1859 1010 fsc_i_2 0.1918 0.1856 1011 fsc_i_2 0.1963 0.1852 1012 fsc_i_2 0.2009 0.1849 1013 fsc_i_2 0.2055 0.1846 1014 fsc_i_2 0.21 0.1844 1015 fsc_i_2 0.2146 0.1841 1016 fsc_i_2 0.2192 0.1838 1017 fsc_i_2 0.2237 0.1836 1018 fsc_i_2 0.2283 0.1833 1019 fsc_i_2 0.2329 0.1831 1020 fsc_i_2 0.2374 0.1829 1021 fsc_i_2 0.242 0.1827 1022 fsc_i_2 0.2466 0.1825 1023 fsc_i_2 0.2511 0.1823 1024 fsc_i_2 0.2557 0.1821 1025 fsc_i_2 0.2603 0.1819 1026 fsc_i_2 0.2648 0.1817 1027 fsc_i_2 0.2694 0.1815 1028 fsc_i_2 0.274 0.1814 1029 fsc_i_2 0.2785 0.1812 1030 fsc_i_2 0.2831 0.181 1031 fsc_i_2 0.2877 0.1809 1032 fsc_i_2 0.2922 0.1807 1033 fsc_i_2 0.2968 0.1806 1034 fsc_i_2 0.3014 0.1805 1035 fsc_i_2 0.3059 0.1803 1036 fsc_i_2 0.3105 0.1802 1037 fsc_i_2 0.3151 0.1801 1038 fsc_i_2 0.3196 0.18 1039 fsc_i_2 0.3242 0.1798 1040 fsc_i_2 0.3288 0.1797 1041 fsc_i_2 0.3333 0.1796 1042 fsc_i_2 0.3379 0.1795 1043 fsc_i_2 0.3425 0.1794 1044 fsc_i_2 0.347 0.1793 1045 fsc_i_2 0.3516 0.1792 1046 fsc_i_2 0.3562 0.1791 1047 fsc_i_2 0.3607 0.179 1048 fsc_i_2 0.3653 0.1789 1049 fsc_i_2 0.3699 0.1788 1050 fsc_i_2 0.3744 0.1787 1051 fsc_i_2 0.379 0.1786 1052 fsc_i_2 0.3836 0.1786 1053 fsc_i_2 0.3881 0.1785 1054 fsc_i_2 0.3927 0.1784 1055 fsc_i_2 0.3973 0.1783 1056 fsc_i_2 0.4018 0.1782 1057 fsc_i_2 0.4064 0.1782 1058 fsc_i_2 0.411 0.1781 1059 fsc_i_2 0.4155 0.178 1060 fsc_i_2 0.4201 0.1779 1061 fsc_i_2 0.4247 0.1779 1062 fsc_i_2 0.4292 0.1778 1063 fsc_i_2 0.4338 0.1777 1064 fsc_i_2 0.4384 0.1777 1065 fsc_i_2 0.4429 0.1776 1066 fsc_i_2 0.4475 0.1776 1067 fsc_i_2 0.4521 0.1775 1068 fsc_i_2 0.4566 0.1774 1069 fsc_i_2 0.4612 0.1774 1070 fsc_i_2 0.4658 0.1773 1071 fsc_i_2 0.4703 0.1773 1072 fsc_i_2 0.4749 0.1772 1073 fsc_i_2 0.4795 0.1772 1074 fsc_i_2 0.484 0.1771 1075 fsc_i_2 0.4886 0.1771 1076 fsc_i_2 0.4932 0.177 1077 fsc_i_2 0.4977 0.1769 1078 fsc_i_2 0.5023 0.1769 1079 fsc_i_2 0.5068 0.1769 1080 fsc_i_2 0.5114 0.1768 1081 fsc_i_2 0.516 0.1768 1082 fsc_i_2 0.5205 0.1767 1083 fsc_i_2 0.5251 0.1767 1084 fsc_i_2 0.5297 0.1766 1085 fsc_i_2 0.5342 0.1766 1086 fsc_i_2 0.5388 0.1765 1087 fsc_i_2 0.5434 0.1765 1088 fsc_i_2 0.5479 0.1765 1089 fsc_i_2 0.5525 0.1764 1090 fsc_i_2 0.5571 0.1764 1091 fsc_i_2 0.5616 0.1763 1092 fsc_i_2 0.5662 0.1763 1093 fsc_i_2 0.5708 0.1763 1094 fsc_i_2 0.5753 0.1762 1095 fsc_i_2 0.5799 0.1762 1096 fsc_i_2 0.5845 0.1761 1097 fsc_i_2 0.589 0.1761 1098 fsc_i_2 0.5936 0.1761 1099 fsc_i_2 0.5982 0.176 1100 fsc_i_2 0.6027 0.176 1101 fsc_i_2 0.6073 0.176 1102 fsc_i_2 0.6119 0.1759 1103 fsc_i_2 0.6164 0.1759 1104 fsc_i_2 0.621 0.1759 1105 fsc_i_2 0.6256 0.1758 1106 fsc_i_2 0.6301 0.1758 1107 fsc_i_2 0.6347 0.1758 1108 fsc_i_2 0.6393 0.1758 1109 fsc_i_2 0.6438 0.1757 1110 fsc_i_2 0.6484 0.1757 1111 fsc_i_2 0.653 0.1757 1112 fsc_i_2 0.6575 0.1756 1113 fsc_i_2 0.6621 0.1756 1114 fsc_i_2 0.6667 0.1756 1115 fsc_i_2 0.6712 0.1756 1116 fsc_i_2 0.6758 0.1755 1117 fsc_i_2 0.6804 0.1755 1118 fsc_i_2 0.6849 0.1755 1119 fsc_i_3 0.0 1.0 1120 fsc_i_3 0.0046 0.8786 1121 fsc_i_3 0.0091 0.607 1122 fsc_i_3 0.0137 0.5135 1123 fsc_i_3 0.0183 0.4674 1124 fsc_i_3 0.0228 0.4401 1125 fsc_i_3 0.0274 0.422 1126 fsc_i_3 0.032 0.4091 1127 fsc_i_3 0.0365 0.3995 1128 fsc_i_3 0.0411 0.3921 1129 fsc_i_3 0.0457 0.3861 1130 fsc_i_3 0.0502 0.3813 1131 fsc_i_3 0.0548 0.3773 1132 fsc_i_3 0.0594 0.3738 1133 fsc_i_3 0.0639 0.3709 1134 fsc_i_3 0.0685 0.3684 1135 fsc_i_3 0.0731 0.3662 1136 fsc_i_3 0.0776 0.3642 1137 fsc_i_3 0.0822 0.3625 1138 fsc_i_3 0.0868 0.361 1139 fsc_i_3 0.0913 0.3596 1140 fsc_i_3 0.0959 0.3583 1141 fsc_i_3 0.1005 0.3572 1142 fsc_i_3 0.105 0.3561 1143 fsc_i_3 0.1096 0.3552 1144 fsc_i_3 0.1142 0.3543 1145 fsc_i_3 0.1187 0.3535 1146 fsc_i_3 0.1233 0.3527 1147 fsc_i_3 0.1279 0.3521 1148 fsc_i_3 0.1324 0.3514 1149 fsc_i_3 0.137 0.3508 1150 fsc_i_3 0.1416 0.3502 1151 fsc_i_3 0.1461 0.3497 1152 fsc_i_3 0.1507 0.3492 1153 fsc_i_3 0.1553 0.3487 1154 fsc_i_3 0.1598 0.3483 1155 fsc_i_3 0.1644 0.3479 1156 fsc_i_3 0.1689 0.3475 1157 fsc_i_3 0.1735 0.3471 1158 fsc_i_3 0.1781 0.3468 1159 fsc_i_3 0.1826 0.3464 1160 fsc_i_3 0.1872 0.3461 1161 fsc_i_3 0.1918 0.3458 1162 fsc_i_3 0.1963 0.3455 1163 fsc_i_3 0.2009 0.3452 1164 fsc_i_3 0.2055 0.345 1165 fsc_i_3 0.21 0.3447 1166 fsc_i_3 0.2146 0.3445 1167 fsc_i_3 0.2192 0.3442 1168 fsc_i_3 0.2237 0.344 1169 fsc_i_3 0.2283 0.3438 1170 fsc_i_3 0.2329 0.3436 1171 fsc_i_3 0.2374 0.3434 1172 fsc_i_3 0.242 0.3432 1173 fsc_i_3 0.2466 0.343 1174 fsc_i_3 0.2511 0.3428 1175 fsc_i_3 0.2557 0.3427 1176 fsc_i_3 0.2603 0.3425 1177 fsc_i_3 0.2648 0.3424 1178 fsc_i_3 0.2694 0.3422 1179 fsc_i_3 0.274 0.342 1180 fsc_i_3 0.2785 0.3419 1181 fsc_i_3 0.2831 0.3418 1182 fsc_i_3 0.2877 0.3416 1183 fsc_i_3 0.2922 0.3415 1184 fsc_i_3 0.2968 0.3414 1185 fsc_i_3 0.3014 0.3413 1186 fsc_i_3 0.3059 0.3411 1187 fsc_i_3 0.3105 0.341 1188 fsc_i_3 0.3151 0.3409 1189 fsc_i_3 0.3196 0.3408 1190 fsc_i_3 0.3242 0.3407 1191 fsc_i_3 0.3288 0.3406 1192 fsc_i_3 0.3333 0.3405 1193 fsc_i_3 0.3379 0.3404 1194 fsc_i_3 0.3425 0.3403 1195 fsc_i_3 0.347 0.3402 1196 fsc_i_3 0.3516 0.3401 1197 fsc_i_3 0.3562 0.34 1198 fsc_i_3 0.3607 0.34 1199 fsc_i_3 0.3653 0.3399 1200 fsc_i_3 0.3699 0.3398 1201 fsc_i_3 0.3744 0.3397 1202 fsc_i_3 0.379 0.3396 1203 fsc_i_3 0.3836 0.3396 1204 fsc_i_3 0.3881 0.3395 1205 fsc_i_3 0.3927 0.3394 1206 fsc_i_3 0.3973 0.3393 1207 fsc_i_3 0.4018 0.3393 1208 fsc_i_3 0.4064 0.3392 1209 fsc_i_3 0.411 0.3391 1210 fsc_i_3 0.4155 0.3391 1211 fsc_i_3 0.4201 0.339 1212 fsc_i_3 0.4247 0.339 1213 fsc_i_3 0.4292 0.3389 1214 fsc_i_3 0.4338 0.3388 1215 fsc_i_3 0.4384 0.3388 1216 fsc_i_3 0.4429 0.3387 1217 fsc_i_3 0.4475 0.3387 1218 fsc_i_3 0.4521 0.3386 1219 fsc_i_3 0.4566 0.3386 1220 fsc_i_3 0.4612 0.3385 1221 fsc_i_3 0.4658 0.3385 1222 fsc_i_3 0.4703 0.3384 1223 fsc_i_3 0.4749 0.3384 1224 fsc_i_3 0.4795 0.3383 1225 fsc_i_3 0.484 0.3383 1226 fsc_i_3 0.4886 0.3382 1227 fsc_i_3 0.4932 0.3382 1228 fsc_i_3 0.4977 0.3381 1229 fsc_i_3 0.5023 0.3381 1230 fsc_i_3 0.5068 0.338 1231 fsc_i_3 0.5114 0.338 1232 fsc_i_3 0.516 0.338 1233 fsc_i_3 0.5205 0.3379 1234 fsc_i_3 0.5251 0.3379 1235 fsc_i_3 0.5297 0.3378 1236 fsc_i_3 0.5342 0.3378 1237 fsc_i_3 0.5388 0.3378 1238 fsc_i_3 0.5434 0.3377 1239 fsc_i_3 0.5479 0.3377 1240 fsc_i_3 0.5525 0.3377 1241 fsc_i_3 0.5571 0.3376 1242 fsc_i_3 0.5616 0.3376 1243 fsc_i_3 0.5662 0.3375 1244 fsc_i_3 0.5708 0.3375 1245 fsc_i_3 0.5753 0.3375 1246 fsc_i_3 0.5799 0.3374 1247 fsc_i_3 0.5845 0.3374 1248 fsc_i_3 0.589 0.3374 1249 fsc_i_3 0.5936 0.3374 1250 fsc_i_3 0.5982 0.3373 1251 fsc_i_3 0.6027 0.3373 1252 fsc_i_3 0.6073 0.3373 1253 fsc_i_3 0.6119 0.3372 1254 fsc_i_3 0.6164 0.3372 1255 fsc_i_3 0.621 0.3372 1256 fsc_i_3 0.6256 0.3371 1257 fsc_i_3 0.6301 0.3371 1258 fsc_i_3 0.6347 0.3371 1259 fsc_i_3 0.6393 0.3371 1260 fsc_i_3 0.6438 0.337 1261 fsc_i_3 0.6484 0.337 1262 fsc_i_3 0.653 0.337 1263 fsc_i_3 0.6575 0.337 1264 fsc_i_3 0.6621 0.3369 1265 fsc_i_3 0.6667 0.3369 1266 fsc_i_3 0.6712 0.3369 1267 fsc_i_3 0.6758 0.3369 1268 fsc_i_3 0.6804 0.3368 1269 fsc_i_3 0.6849 0.3368 1270 fsc_i_4 0.0 0.5 1271 fsc_i_4 0.0046 0.5 1272 fsc_i_4 0.0091 0.5 1273 fsc_i_4 0.0137 0.5 1274 fsc_i_4 0.0183 0.5 1275 fsc_i_4 0.0228 0.5 1276 fsc_i_4 0.0274 0.5 1277 fsc_i_4 0.032 0.5 1278 fsc_i_4 0.0365 0.5 1279 fsc_i_4 0.0411 0.5 1280 fsc_i_4 0.0457 0.5 1281 fsc_i_4 0.0502 0.5 1282 fsc_i_4 0.0548 0.5 1283 fsc_i_4 0.0594 0.5 1284 fsc_i_4 0.0639 0.5 1285 fsc_i_4 0.0685 0.5 1286 fsc_i_4 0.0731 0.5 1287 fsc_i_4 0.0776 0.5 1288 fsc_i_4 0.0822 0.5 1289 fsc_i_4 0.0868 0.5 1290 fsc_i_4 0.0913 0.5 1291 fsc_i_4 0.0959 0.5 1292 fsc_i_4 0.1005 0.5 1293 fsc_i_4 0.105 0.5 1294 fsc_i_4 0.1096 0.5 1295 fsc_i_4 0.1142 0.5 1296 fsc_i_4 0.1187 0.5 1297 fsc_i_4 0.1233 0.5 1298 fsc_i_4 0.1279 0.5 1299 fsc_i_4 0.1324 0.5 1300 fsc_i_4 0.137 0.5 1301 fsc_i_4 0.1416 0.5 1302 fsc_i_4 0.1461 0.5 1303 fsc_i_4 0.1507 0.5 1304 fsc_i_4 0.1553 0.5 1305 fsc_i_4 0.1598 0.5 1306 fsc_i_4 0.1644 0.5 1307 fsc_i_4 0.1689 0.5 1308 fsc_i_4 0.1735 0.5 1309 fsc_i_4 0.1781 0.5 1310 fsc_i_4 0.1826 0.5 1311 fsc_i_4 0.1872 0.5 1312 fsc_i_4 0.1918 0.5 1313 fsc_i_4 0.1963 0.5 1314 fsc_i_4 0.2009 0.5 1315 fsc_i_4 0.2055 0.5 1316 fsc_i_4 0.21 0.5 1317 fsc_i_4 0.2146 0.5 1318 fsc_i_4 0.2192 0.5 1319 fsc_i_4 0.2237 0.5 1320 fsc_i_4 0.2283 0.5 1321 fsc_i_4 0.2329 0.5 1322 fsc_i_4 0.2374 0.5 1323 fsc_i_4 0.242 0.5 1324 fsc_i_4 0.2466 0.5 1325 fsc_i_4 0.2511 0.5 1326 fsc_i_4 0.2557 0.5 1327 fsc_i_4 0.2603 0.5 1328 fsc_i_4 0.2648 0.5 1329 fsc_i_4 0.2694 0.5 1330 fsc_i_4 0.274 0.5 1331 fsc_i_4 0.2785 0.5 1332 fsc_i_4 0.2831 0.5 1333 fsc_i_4 0.2877 0.5 1334 fsc_i_4 0.2922 0.5 1335 fsc_i_4 0.2968 0.5 1336 fsc_i_4 0.3014 0.5 1337 fsc_i_4 0.3059 0.5 1338 fsc_i_4 0.3105 0.5 1339 fsc_i_4 0.3151 0.5 1340 fsc_i_4 0.3196 0.5 1341 fsc_i_4 0.3242 0.5 1342 fsc_i_4 0.3288 0.5 1343 fsc_i_4 0.3333 0.5 1344 fsc_i_4 0.3379 0.5 1345 fsc_i_4 0.3425 0.5 1346 fsc_i_4 0.347 0.5 1347 fsc_i_4 0.3516 0.5 1348 fsc_i_4 0.3562 0.5 1349 fsc_i_4 0.3607 0.5 1350 fsc_i_4 0.3653 0.5 1351 fsc_i_4 0.3699 0.5 1352 fsc_i_4 0.3744 0.5 1353 fsc_i_4 0.379 0.5 1354 fsc_i_4 0.3836 0.5 1355 fsc_i_4 0.3881 0.5 1356 fsc_i_4 0.3927 0.5 1357 fsc_i_4 0.3973 0.5 1358 fsc_i_4 0.4018 0.5 1359 fsc_i_4 0.4064 0.5 1360 fsc_i_4 0.411 0.5 1361 fsc_i_4 0.4155 0.5 1362 fsc_i_4 0.4201 0.5 1363 fsc_i_4 0.4247 0.5 1364 fsc_i_4 0.4292 0.5 1365 fsc_i_4 0.4338 0.5 1366 fsc_i_4 0.4384 0.5 1367 fsc_i_4 0.4429 0.5 1368 fsc_i_4 0.4475 0.5 1369 fsc_i_4 0.4521 0.5 1370 fsc_i_4 0.4566 0.5 1371 fsc_i_4 0.4612 0.5 1372 fsc_i_4 0.4658 0.5 1373 fsc_i_4 0.4703 0.5 1374 fsc_i_4 0.4749 0.5 1375 fsc_i_4 0.4795 0.5 1376 fsc_i_4 0.484 0.5 1377 fsc_i_4 0.4886 0.5 1378 fsc_i_4 0.4932 0.5 1379 fsc_i_4 0.4977 0.5 1380 fsc_i_4 0.5023 0.5 1381 fsc_i_4 0.5068 0.5 1382 fsc_i_4 0.5114 0.5 1383 fsc_i_4 0.516 0.5 1384 fsc_i_4 0.5205 0.5 1385 fsc_i_4 0.5251 0.5 1386 fsc_i_4 0.5297 0.5 1387 fsc_i_4 0.5342 0.5 1388 fsc_i_4 0.5388 0.5 1389 fsc_i_4 0.5434 0.5 1390 fsc_i_4 0.5479 0.5 1391 fsc_i_4 0.5525 0.5 1392 fsc_i_4 0.5571 0.5 1393 fsc_i_4 0.5616 0.5 1394 fsc_i_4 0.5662 0.5 1395 fsc_i_4 0.5708 0.5 1396 fsc_i_4 0.5753 0.5 1397 fsc_i_4 0.5799 0.5 1398 fsc_i_4 0.5845 0.5 1399 fsc_i_4 0.589 0.5 1400 fsc_i_4 0.5936 0.5 1401 fsc_i_4 0.5982 0.5 1402 fsc_i_4 0.6027 0.5 1403 fsc_i_4 0.6073 0.5 1404 fsc_i_4 0.6119 0.5 1405 fsc_i_4 0.6164 0.5 1406 fsc_i_4 0.621 0.5 1407 fsc_i_4 0.6256 0.5 1408 fsc_i_4 0.6301 0.5 1409 fsc_i_4 0.6347 0.5 1410 fsc_i_4 0.6393 0.5 1411 fsc_i_4 0.6438 0.5 1412 fsc_i_4 0.6484 0.5 1413 fsc_i_4 0.653 0.5 1414 fsc_i_4 0.6575 0.5 1415 fsc_i_4 0.6621 0.5 1416 fsc_i_4 0.6667 0.5 1417 fsc_i_4 0.6712 0.5 1418 fsc_i_4 0.6758 0.5 1419 fsc_i_4 0.6804 0.5 1420 fsc_i_4 0.6849 0.5 1421 fsc_i_5 0.0 0.333 1422 fsc_i_5 0.0046 0.333 1423 fsc_i_5 0.0091 0.333 1424 fsc_i_5 0.0137 0.333 1425 fsc_i_5 0.0183 0.333 1426 fsc_i_5 0.0228 0.333 1427 fsc_i_5 0.0274 0.333 1428 fsc_i_5 0.032 0.333 1429 fsc_i_5 0.0365 0.333 1430 fsc_i_5 0.0411 0.333 1431 fsc_i_5 0.0457 0.333 1432 fsc_i_5 0.0502 0.333 1433 fsc_i_5 0.0548 0.333 1434 fsc_i_5 0.0594 0.333 1435 fsc_i_5 0.0639 0.333 1436 fsc_i_5 0.0685 0.333 1437 fsc_i_5 0.0731 0.333 1438 fsc_i_5 0.0776 0.333 1439 fsc_i_5 0.0822 0.333 1440 fsc_i_5 0.0868 0.333 1441 fsc_i_5 0.0913 0.333 1442 fsc_i_5 0.0959 0.333 1443 fsc_i_5 0.1005 0.333 1444 fsc_i_5 0.105 0.333 1445 fsc_i_5 0.1096 0.333 1446 fsc_i_5 0.1142 0.333 1447 fsc_i_5 0.1187 0.333 1448 fsc_i_5 0.1233 0.333 1449 fsc_i_5 0.1279 0.333 1450 fsc_i_5 0.1324 0.333 1451 fsc_i_5 0.137 0.333 1452 fsc_i_5 0.1416 0.333 1453 fsc_i_5 0.1461 0.333 1454 fsc_i_5 0.1507 0.333 1455 fsc_i_5 0.1553 0.333 1456 fsc_i_5 0.1598 0.333 1457 fsc_i_5 0.1644 0.333 1458 fsc_i_5 0.1689 0.333 1459 fsc_i_5 0.1735 0.333 1460 fsc_i_5 0.1781 0.333 1461 fsc_i_5 0.1826 0.333 1462 fsc_i_5 0.1872 0.333 1463 fsc_i_5 0.1918 0.333 1464 fsc_i_5 0.1963 0.333 1465 fsc_i_5 0.2009 0.333 1466 fsc_i_5 0.2055 0.333 1467 fsc_i_5 0.21 0.333 1468 fsc_i_5 0.2146 0.333 1469 fsc_i_5 0.2192 0.333 1470 fsc_i_5 0.2237 0.333 1471 fsc_i_5 0.2283 0.333 1472 fsc_i_5 0.2329 0.333 1473 fsc_i_5 0.2374 0.333 1474 fsc_i_5 0.242 0.333 1475 fsc_i_5 0.2466 0.333 1476 fsc_i_5 0.2511 0.333 1477 fsc_i_5 0.2557 0.333 1478 fsc_i_5 0.2603 0.333 1479 fsc_i_5 0.2648 0.333 1480 fsc_i_5 0.2694 0.333 1481 fsc_i_5 0.274 0.333 1482 fsc_i_5 0.2785 0.333 1483 fsc_i_5 0.2831 0.333 1484 fsc_i_5 0.2877 0.333 1485 fsc_i_5 0.2922 0.333 1486 fsc_i_5 0.2968 0.333 1487 fsc_i_5 0.3014 0.333 1488 fsc_i_5 0.3059 0.333 1489 fsc_i_5 0.3105 0.333 1490 fsc_i_5 0.3151 0.333 1491 fsc_i_5 0.3196 0.333 1492 fsc_i_5 0.3242 0.333 1493 fsc_i_5 0.3288 0.333 1494 fsc_i_5 0.3333 0.333 1495 fsc_i_5 0.3379 0.333 1496 fsc_i_5 0.3425 0.333 1497 fsc_i_5 0.347 0.333 1498 fsc_i_5 0.3516 0.333 1499 fsc_i_5 0.3562 0.333 1500 fsc_i_5 0.3607 0.333 1501 fsc_i_5 0.3653 0.333 1502 fsc_i_5 0.3699 0.333 1503 fsc_i_5 0.3744 0.333 1504 fsc_i_5 0.379 0.333 1505 fsc_i_5 0.3836 0.333 1506 fsc_i_5 0.3881 0.333 1507 fsc_i_5 0.3927 0.333 1508 fsc_i_5 0.3973 0.333 1509 fsc_i_5 0.4018 0.333 1510 fsc_i_5 0.4064 0.333 1511 fsc_i_5 0.411 0.333 1512 fsc_i_5 0.4155 0.333 1513 fsc_i_5 0.4201 0.333 1514 fsc_i_5 0.4247 0.333 1515 fsc_i_5 0.4292 0.333 1516 fsc_i_5 0.4338 0.333 1517 fsc_i_5 0.4384 0.333 1518 fsc_i_5 0.4429 0.333 1519 fsc_i_5 0.4475 0.333 1520 fsc_i_5 0.4521 0.333 1521 fsc_i_5 0.4566 0.333 1522 fsc_i_5 0.4612 0.333 1523 fsc_i_5 0.4658 0.333 1524 fsc_i_5 0.4703 0.333 1525 fsc_i_5 0.4749 0.333 1526 fsc_i_5 0.4795 0.333 1527 fsc_i_5 0.484 0.333 1528 fsc_i_5 0.4886 0.333 1529 fsc_i_5 0.4932 0.333 1530 fsc_i_5 0.4977 0.333 1531 fsc_i_5 0.5023 0.333 1532 fsc_i_5 0.5068 0.333 1533 fsc_i_5 0.5114 0.333 1534 fsc_i_5 0.516 0.333 1535 fsc_i_5 0.5205 0.333 1536 fsc_i_5 0.5251 0.333 1537 fsc_i_5 0.5297 0.333 1538 fsc_i_5 0.5342 0.333 1539 fsc_i_5 0.5388 0.333 1540 fsc_i_5 0.5434 0.333 1541 fsc_i_5 0.5479 0.333 1542 fsc_i_5 0.5525 0.333 1543 fsc_i_5 0.5571 0.333 1544 fsc_i_5 0.5616 0.333 1545 fsc_i_5 0.5662 0.333 1546 fsc_i_5 0.5708 0.333 1547 fsc_i_5 0.5753 0.333 1548 fsc_i_5 0.5799 0.333 1549 fsc_i_5 0.5845 0.333 1550 fsc_i_5 0.589 0.333 1551 fsc_i_5 0.5936 0.333 1552 fsc_i_5 0.5982 0.333 1553 fsc_i_5 0.6027 0.333 1554 fsc_i_5 0.6073 0.333 1555 fsc_i_5 0.6119 0.333 1556 fsc_i_5 0.6164 0.333 1557 fsc_i_5 0.621 0.333 1558 fsc_i_5 0.6256 0.333 1559 fsc_i_5 0.6301 0.333 1560 fsc_i_5 0.6347 0.333 1561 fsc_i_5 0.6393 0.333 1562 fsc_i_5 0.6438 0.333 1563 fsc_i_5 0.6484 0.333 1564 fsc_i_5 0.653 0.333 1565 fsc_i_5 0.6575 0.333 1566 fsc_i_5 0.6621 0.333 1567 fsc_i_5 0.6667 0.333 1568 fsc_i_5 0.6712 0.333 1569 fsc_i_5 0.6758 0.333 1570 fsc_i_5 0.6804 0.333 1571 fsc_i_5 0.6849 0.333 1572 fsc_i_6 0.0 0.143 1573 fsc_i_6 0.0046 0.143 1574 fsc_i_6 0.0091 0.143 1575 fsc_i_6 0.0137 0.143 1576 fsc_i_6 0.0183 0.143 1577 fsc_i_6 0.0228 0.143 1578 fsc_i_6 0.0274 0.143 1579 fsc_i_6 0.032 0.143 1580 fsc_i_6 0.0365 0.143 1581 fsc_i_6 0.0411 0.143 1582 fsc_i_6 0.0457 0.143 1583 fsc_i_6 0.0502 0.143 1584 fsc_i_6 0.0548 0.143 1585 fsc_i_6 0.0594 0.143 1586 fsc_i_6 0.0639 0.143 1587 fsc_i_6 0.0685 0.143 1588 fsc_i_6 0.0731 0.143 1589 fsc_i_6 0.0776 0.143 1590 fsc_i_6 0.0822 0.143 1591 fsc_i_6 0.0868 0.143 1592 fsc_i_6 0.0913 0.143 1593 fsc_i_6 0.0959 0.143 1594 fsc_i_6 0.1005 0.143 1595 fsc_i_6 0.105 0.143 1596 fsc_i_6 0.1096 0.143 1597 fsc_i_6 0.1142 0.143 1598 fsc_i_6 0.1187 0.143 1599 fsc_i_6 0.1233 0.143 1600 fsc_i_6 0.1279 0.143 1601 fsc_i_6 0.1324 0.143 1602 fsc_i_6 0.137 0.143 1603 fsc_i_6 0.1416 0.143 1604 fsc_i_6 0.1461 0.143 1605 fsc_i_6 0.1507 0.143 1606 fsc_i_6 0.1553 0.143 1607 fsc_i_6 0.1598 0.143 1608 fsc_i_6 0.1644 0.143 1609 fsc_i_6 0.1689 0.143 1610 fsc_i_6 0.1735 0.143 1611 fsc_i_6 0.1781 0.143 1612 fsc_i_6 0.1826 0.143 1613 fsc_i_6 0.1872 0.143 1614 fsc_i_6 0.1918 0.143 1615 fsc_i_6 0.1963 0.143 1616 fsc_i_6 0.2009 0.143 1617 fsc_i_6 0.2055 0.143 1618 fsc_i_6 0.21 0.143 1619 fsc_i_6 0.2146 0.143 1620 fsc_i_6 0.2192 0.143 1621 fsc_i_6 0.2237 0.143 1622 fsc_i_6 0.2283 0.143 1623 fsc_i_6 0.2329 0.143 1624 fsc_i_6 0.2374 0.143 1625 fsc_i_6 0.242 0.143 1626 fsc_i_6 0.2466 0.143 1627 fsc_i_6 0.2511 0.143 1628 fsc_i_6 0.2557 0.143 1629 fsc_i_6 0.2603 0.143 1630 fsc_i_6 0.2648 0.143 1631 fsc_i_6 0.2694 0.143 1632 fsc_i_6 0.274 0.143 1633 fsc_i_6 0.2785 0.143 1634 fsc_i_6 0.2831 0.143 1635 fsc_i_6 0.2877 0.143 1636 fsc_i_6 0.2922 0.143 1637 fsc_i_6 0.2968 0.143 1638 fsc_i_6 0.3014 0.143 1639 fsc_i_6 0.3059 0.143 1640 fsc_i_6 0.3105 0.143 1641 fsc_i_6 0.3151 0.143 1642 fsc_i_6 0.3196 0.143 1643 fsc_i_6 0.3242 0.143 1644 fsc_i_6 0.3288 0.143 1645 fsc_i_6 0.3333 0.143 1646 fsc_i_6 0.3379 0.143 1647 fsc_i_6 0.3425 0.143 1648 fsc_i_6 0.347 0.143 1649 fsc_i_6 0.3516 0.143 1650 fsc_i_6 0.3562 0.143 1651 fsc_i_6 0.3607 0.143 1652 fsc_i_6 0.3653 0.143 1653 fsc_i_6 0.3699 0.143 1654 fsc_i_6 0.3744 0.143 1655 fsc_i_6 0.379 0.143 1656 fsc_i_6 0.3836 0.143 1657 fsc_i_6 0.3881 0.143 1658 fsc_i_6 0.3927 0.143 1659 fsc_i_6 0.3973 0.143 1660 fsc_i_6 0.4018 0.143 1661 fsc_i_6 0.4064 0.143 1662 fsc_i_6 0.411 0.143 1663 fsc_i_6 0.4155 0.143 1664 fsc_i_6 0.4201 0.143 1665 fsc_i_6 0.4247 0.143 1666 fsc_i_6 0.4292 0.143 1667 fsc_i_6 0.4338 0.143 1668 fsc_i_6 0.4384 0.143 1669 fsc_i_6 0.4429 0.143 1670 fsc_i_6 0.4475 0.143 1671 fsc_i_6 0.4521 0.143 1672 fsc_i_6 0.4566 0.143 1673 fsc_i_6 0.4612 0.143 1674 fsc_i_6 0.4658 0.143 1675 fsc_i_6 0.4703 0.143 1676 fsc_i_6 0.4749 0.143 1677 fsc_i_6 0.4795 0.143 1678 fsc_i_6 0.484 0.143 1679 fsc_i_6 0.4886 0.143 1680 fsc_i_6 0.4932 0.143 1681 fsc_i_6 0.4977 0.143 1682 fsc_i_6 0.5023 0.143 1683 fsc_i_6 0.5068 0.143 1684 fsc_i_6 0.5114 0.143 1685 fsc_i_6 0.516 0.143 1686 fsc_i_6 0.5205 0.143 1687 fsc_i_6 0.5251 0.143 1688 fsc_i_6 0.5297 0.143 1689 fsc_i_6 0.5342 0.143 1690 fsc_i_6 0.5388 0.143 1691 fsc_i_6 0.5434 0.143 1692 fsc_i_6 0.5479 0.143 1693 fsc_i_6 0.5525 0.143 1694 fsc_i_6 0.5571 0.143 1695 fsc_i_6 0.5616 0.143 1696 fsc_i_6 0.5662 0.143 1697 fsc_i_6 0.5708 0.143 1698 fsc_i_6 0.5753 0.143 1699 fsc_i_6 0.5799 0.143 1700 fsc_i_6 0.5845 0.143 1701 fsc_i_6 0.589 0.143 1702 fsc_i_6 0.5936 0.143 1703 fsc_i_6 0.5982 0.143 1704 fsc_i_6 0.6027 0.143 1705 fsc_i_6 0.6073 0.143 1706 fsc_i_6 0.6119 0.143 1707 fsc_i_6 0.6164 0.143 1708 fsc_i_6 0.621 0.143 1709 fsc_i_6 0.6256 0.143 1710 fsc_i_6 0.6301 0.143 1711 fsc_i_6 0.6347 0.143 1712 fsc_i_6 0.6393 0.143 1713 fsc_i_6 0.6438 0.143 1714 fsc_i_6 0.6484 0.143 1715 fsc_i_6 0.653 0.143 1716 fsc_i_6 0.6575 0.143 1717 fsc_i_6 0.6621 0.143 1718 fsc_i_6 0.6667 0.143 1719 fsc_i_6 0.6712 0.143 1720 fsc_i_6 0.6758 0.143 1721 fsc_i_6 0.6804 0.143 1722 fsc_i_6 0.6849 0.143 # loop_ _pdbx_vrpt_software.ordinal _pdbx_vrpt_software.name _pdbx_vrpt_software.version _pdbx_vrpt_software.success_y_or_n 1 molprobity "4-5-2 with Phenix2.0" Y 2 visualanalysis 0.0.1.dev133 Y 3 percentiles "20250101.v01 (using entries in the PDB archive January 1st 2025)" Y 4 chimera 1.16 Y 5 mapq 1.8.1 Y 6 validation-pipeline 2.50 Y ##