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CA distance fluctuations for 2104070045291650

---  normal mode 10  ---

This matrix displays the maximum distance fluctuations between all pairs of CA atoms and between the two extreme conformations that were computed for this mode (DQMIN/DQMAX). Distance increases are plotted in blue and decreases in red for the strongest 10% of the residue pair distance changes. Every pixel corresponds to a single residue. Grey lines are drawn every 10 residues, yellow lines every 100 residues (counting from the upper left corner).

The following table indicates for every residue the two corresponding residues with the strongest CA distance fluctuations.

[HELP on distance fluctuations]

GD ok
largest increasereflargest decrease
ASN 440 0.23 THR 333 -0.19 ASN 360
ASN 440 0.27 ASN 334 -0.17 GLU 465
ASN 440 0.28 LEU 335 -0.15 LYS 356
ASN 440 0.24 CYS 336 -0.18 LYS 356
ASN 440 0.26 PRO 337 -0.17 ARG 355
ASN 440 0.22 PHE 338 -0.15 ARG 355
ASN 440 0.29 GLY 339 -0.23 VAL 367
LEU 441 0.27 GLU 340 -0.17 VAL 367
ILE 358 0.23 VAL 341 -0.16 ASN 354
SER 438 0.21 PHE 342 -0.20 SER 371
ASN 440 0.32 ASN 343 -0.29 SER 371
SER 359 0.26 ALA 344 -0.24 SER 371
GLY 482 0.31 THR 345 -0.27 SER 371
GLY 482 0.33 ARG 346 -0.20 SER 371
GLY 482 0.26 PHE 347 -0.14 SER 371
GLY 482 0.25 ALA 348 -0.11 SER 371
GLY 482 0.27 SER 349 -0.12 PHE 486
GLY 482 0.16 VAL 350 -0.10 ASN 487
PRO 479 0.12 TYR 351 -0.10 LEU 518
PRO 479 0.19 ALA 352 -0.10 GLU 340
PRO 479 0.13 TRP 353 -0.10 GLU 340
PRO 479 0.16 ASN 354 -0.16 VAL 341
ARG 346 0.17 ARG 355 -0.20 LYS 356
THR 345 0.26 LYS 356 -0.20 ARG 355
THR 345 0.27 ARG 357 -0.22 GLU 465
ALA 344 0.25 ILE 358 -0.19 GLU 465
THR 345 0.26 SER 359 -0.21 PRO 463
THR 345 0.25 ASN 360 -0.20 LYS 462
ASN 440 0.21 CYS 361 -0.18 GLU 465
ASN 440 0.18 VAL 362 -0.13 GLU 465
ASN 440 0.16 ALA 363 -0.11 ARG 355
THR 333 0.11 ASP 364 -0.13 PRO 337
ALA 363 0.08 TYR 365 -0.11 GLY 339
THR 333 0.10 SER 366 -0.15 GLY 339
THR 333 0.15 VAL 367 -0.23 GLY 339
LEU 335 0.17 LEU 368 -0.19 ASN 343
LYS 378 0.12 TYR 369 -0.18 ASN 343
ARG 408 0.13 ASN 370 -0.22 ASN 343
LEU 335 0.15 SER 371 -0.29 ASN 343
ARG 408 0.19 ALA 372 -0.23 THR 345
LEU 335 0.21 SER 373 -0.23 THR 345
LEU 335 0.17 PHE 374 -0.16 THR 345
ASP 405 0.20 SER 375 -0.14 GLY 476
ARG 408 0.18 THR 376 -0.17 LEU 517
ALA 411 0.16 PHE 377 -0.17 LEU 517
ALA 411 0.17 LYS 378 -0.23 LEU 517
ASP 427 0.10 CYS 379 -0.26 LEU 517
SER 383 0.13 TYR 380 -0.35 LEU 517
ASP 428 0.16 GLY 381 -0.39 HIS 519
ASP 428 0.12 VAL 382 -0.30 HIS 519
TYR 380 0.13 SER 383 -0.23 HIS 519
TYR 380 0.11 PRO 384 -0.17 HIS 519
TYR 380 0.10 THR 385 -0.15 HIS 519
TYR 380 0.07 LYS 386 -0.19 HIS 519
TYR 380 0.03 LEU 387 -0.18 HIS 519
TYR 380 0.04 ASN 388 -0.11 HIS 519
ASN 440 0.03 ASP 389 -0.14 HIS 519
LEU 441 0.05 LEU 390 -0.17 HIS 519
THR 345 0.09 CYS 391 -0.18 ASP 428
THR 345 0.11 PHE 392 -0.26 ASP 428
THR 345 0.17 THR 393 -0.34 ASP 428
THR 345 0.18 ASN 394 -0.28 PRO 426
THR 345 0.14 VAL 395 -0.19 PRO 426
THR 345 0.14 TYR 396 -0.18 PHE 464
ARG 346 0.12 ALA 397 -0.11 CYS 336
PHE 347 0.09 ASP 398 -0.11 PHE 338
GLY 482 0.12 SER 399 -0.10 SER 371
GLY 482 0.17 PHE 400 -0.10 ASN 487
GLY 482 0.23 VAL 401 -0.14 ALA 475
GLY 482 0.21 ILE 402 -0.21 ALA 475
VAL 483 0.21 ARG 403 -0.29 GLY 476
VAL 483 0.19 GLY 404 -0.28 GLY 476
SER 375 0.20 ASP 405 -0.34 GLY 476
SER 375 0.17 GLU 406 -0.29 GLY 476
SER 375 0.16 VAL 407 -0.22 LEU 517
SER 375 0.20 ARG 408 -0.26 LEU 518
ALA 372 0.14 GLN 409 -0.28 LEU 518
PHE 377 0.12 ILE 410 -0.27 LEU 517
LYS 378 0.17 ALA 411 -0.33 LEU 518
LYS 378 0.13 PRO 412 -0.41 LEU 518
LYS 378 0.14 GLY 413 -0.41 LEU 518
ALA 372 0.14 GLN 414 -0.34 LEU 518
ALA 372 0.11 THR 415 -0.31 SER 477
GLN 493 0.10 GLY 416 -0.34 SER 477
GLN 493 0.10 LYS 417 -0.31 ALA 475
SER 375 0.09 ILE 418 -0.21 LEU 518
PHE 377 0.08 ALA 419 -0.27 LEU 518
ALA 372 0.06 ASP 420 -0.27 LEU 518
SER 375 0.05 TYR 421 -0.21 LEU 518
TYR 351 0.06 ASN 422 -0.18 LEU 518
LYS 378 0.07 TYR 423 -0.21 LEU 518
LYS 378 0.08 LYS 424 -0.31 LEU 518
LYS 378 0.09 LEU 425 -0.37 LEU 518
GLY 381 0.09 PRO 426 -0.50 LEU 518
SER 383 0.11 ASP 427 -0.55 LEU 518
GLY 381 0.16 ASP 428 -0.65 LEU 518
GLY 381 0.10 PHE 429 -0.53 LEU 517
PHE 464 0.09 THR 430 -0.47 LEU 517
VAL 382 0.06 GLY 431 -0.32 LEU 517
ASP 427 0.04 CYS 432 -0.23 LEU 517
ALA 411 0.07 VAL 433 -0.21 LEU 517
LEU 335 0.10 ILE 434 -0.15 LEU 517
GLY 482 0.14 ALA 435 -0.13 GLY 476
LEU 335 0.18 TRP 436 -0.15 GLY 476
GLY 482 0.21 ASN 437 -0.20 GLY 476
ASN 343 0.27 SER 438 -0.18 GLY 476
GLY 482 0.30 ASN 439 -0.22 GLY 476
ASN 343 0.32 ASN 440 -0.18 GLY 476
GLY 482 0.33 LEU 441 -0.16 ASN 487
GLY 482 0.36 ASP 442 -0.18 ASN 487
GLY 482 0.40 SER 443 -0.22 ASN 487
GLY 482 0.45 LYS 444 -0.22 ASN 487
GLY 482 0.46 VAL 445 -0.26 ASN 487
GLY 482 0.52 GLY 446 -0.29 ASN 487
GLY 482 0.52 GLY 447 -0.28 ASN 487
GLY 482 0.52 ASN 448 -0.23 ASN 487
GLY 482 0.58 TYR 449 -0.22 ASN 487
GLY 482 0.53 ASN 450 -0.17 PHE 486
GLY 482 0.41 TYR 451 -0.17 ASN 487
GLY 482 0.36 LEU 452 -0.18 ASN 487
GLY 482 0.21 TYR 453 -0.17 ALA 475
GLY 482 0.10 ARG 454 -0.14 LEU 518
GLU 484 0.11 LEU 455 -0.31 ALA 475
ARG 457 0.15 PHE 456 -0.21 GLN 474
PHE 456 0.15 ARG 457 -0.34 GLU 471
ALA 475 0.25 LYS 458 -0.41 ASN 481
ASN 487 0.15 SER 459 -0.42 ASN 481
ASN 487 0.07 ASN 460 -0.32 ASN 481
ALA 475 0.06 LEU 461 -0.28 LEU 518
ALA 475 0.09 LYS 462 -0.34 LEU 518
GLY 381 0.08 PRO 463 -0.38 LEU 518
THR 430 0.09 PHE 464 -0.26 LEU 518
SER 477 0.12 GLU 465 -0.22 ARG 357
SER 477 0.16 ARG 466 -0.19 ARG 357
LYS 458 0.24 ASP 467 -0.16 ARG 357
PRO 479 0.28 ILE 468 -0.13 GLU 484
PRO 479 0.36 SER 469 -0.20 THR 470
ASN 450 0.38 THR 470 -0.23 GLU 484
PRO 479 0.41 GLU 471 -0.34 ARG 457
TYR 449 0.28 ILE 472 -0.31 ARG 457
SER 469 0.28 TYR 473 -0.20 ASN 481
SER 469 0.36 GLN 474 -0.25 GLY 416
SER 469 0.27 ALA 475 -0.35 TYR 505
SER 469 0.27 GLY 476 -0.37 TYR 505
SER 469 0.34 SER 477 -0.34 GLY 416
SER 469 0.30 THR 478 -0.25 GLY 416
GLU 471 0.41 PRO 479 -0.26 SER 459
ASN 450 0.28 CYS 480 -0.30 LYS 458
TYR 449 0.43 ASN 481 -0.42 SER 459
TYR 449 0.58 GLY 482 -0.35 SER 459
TYR 449 0.47 VAL 483 -0.23 GLU 471
GLY 496 0.22 GLU 484 -0.23 THR 470
GLY 502 0.05 GLY 485 -0.14 THR 470
LYS 458 0.11 PHE 486 -0.25 GLY 446
LYS 458 0.18 ASN 487 -0.32 GLY 496
SER 469 0.08 CYS 488 -0.11 LEU 518
GLU 484 0.10 TYR 489 -0.28 PHE 490
GLY 482 0.27 PHE 490 -0.28 TYR 489
GLY 482 0.12 PRO 491 -0.13 LEU 518
GLY 482 0.27 LEU 492 -0.17 ASN 487
GLY 482 0.33 GLN 493 -0.29 ASN 487
GLY 482 0.33 GLN 493 -0.29 ASN 487
GLY 482 0.46 SER 494 -0.27 ASN 487
GLY 482 0.39 TYR 495 -0.30 ALA 475
GLY 482 0.45 GLY 496 -0.32 ASN 487
GLY 482 0.40 PHE 497 -0.28 GLY 476
GLY 482 0.40 GLN 498 -0.30 GLY 476
GLY 482 0.36 PRO 499 -0.28 GLY 476
GLY 482 0.33 THR 500 -0.33 GLY 476
VAL 483 0.31 ASN 501 -0.37 GLY 476
VAL 483 0.27 GLY 502 -0.37 GLY 476
VAL 483 0.23 VAL 503 -0.32 GLY 476
VAL 483 0.22 GLY 504 -0.36 GLY 476
VAL 483 0.27 TYR 505 -0.37 GLY 476
GLY 482 0.27 GLN 506 -0.29 GLY 476
GLY 482 0.27 PRO 507 -0.23 GLY 476
GLY 482 0.21 TYR 508 -0.19 GLY 476
GLY 482 0.20 ARG 509 -0.13 ALA 475
GLY 482 0.14 VAL 510 -0.11 GLY 476
GLY 482 0.10 VAL 511 -0.08 LEU 517
GLY 482 0.04 VAL 512 -0.15 LEU 517
PHE 347 0.05 LEU 513 -0.14 LEU 517
THR 430 0.07 SER 514 -0.18 GLU 516
ARG 346 0.06 PHE 515 -0.23 PHE 429
THR 345 0.07 GLU 516 -0.46 ASP 428
THR 345 0.08 LEU 517 -0.61 ASP 428
THR 345 0.13 LEU 518 -0.65 ASP 428
THR 345 0.18 HIS 519 -0.60 ASP 428
ASN 360 0.23 ALA 520 -0.47 ASP 428
THR 345 0.19 PRO 521 -0.37 ASP 428
THR 345 0.16 ALA 522 -0.29 ASP 428
THR 345 0.21 THR 523 -0.23 ASP 428
THR 345 0.16 VAL 524 -0.17 ASP 428
ASN 440 0.12 CYS 525 -0.13 ASP 428
ASN 440 0.10 GLY 526 -0.09 GLU 465

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elNémo is maintained by Yves-Henri Sanejouand.
It was developed by Karsten Suhre.
Between 2003 and 2014, it was hosted by IGS (Marseille).
Last modification: October 18th, 2018.