Should you encounter any unexpected behaviour,
please let us know.
elNémo has been hacked on november 27th.
It has been moved away and runs again.
Still some additional cleaning from time to time
Sorry for the inconvenience.

* MEMBRANE PROTEIN 20-NOV-23 8X5Y *

CA distance fluctuations for 2601201921523260072

--- normal mode 8 ---

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 increase ref largest decrease
LEU 95 0.10 THR 20 -0.15 ASN 443

LYS 480 0.07 THR 21 -0.16 ASN 443

LYS 480 0.09 MET 22 -0.18 ASN 443

LYS 480 0.10 ALA 23 -0.25 GLU 447

LYS 480 0.12 SER 24 -0.32 GLU 447

ARG 481 0.15 PRO 25 -0.28 HIS 448

LYS 480 0.14 GLN 26 -0.34 HIS 448

LYS 480 0.13 LEU 27 -0.32 HIS 448

LYS 480 0.15 MET 28 -0.21 HIS 448

LYS 480 0.17 PRO 29 -0.19 HIS 448

LYS 480 0.15 LEU 30 -0.16 HIS 448

LYS 480 0.13 VAL 31 -0.12 HIS 448

LYS 480 0.17 VAL 32 -0.11 HIS 448

LYS 480 0.17 VAL 33 -0.07 PHE 452

LYS 480 0.12 LEU 34 -0.06 PHE 452

LYS 480 0.11 SER 35 -0.05 GLU 447

LYS 480 0.15 THR 36 -0.03 GLU 447

LYS 480 0.12 ILE 37 -0.03 LEU 456

SER 35 0.08 CYS 38 -0.03 LEU 456

VAL 32 0.11 LEU 39 -0.03 ILE 459

VAL 32 0.12 VAL 40 -0.02 ASN 460

VAL 32 0.09 THR 41 -0.02 THR 462

VAL 32 0.09 VAL 42 -0.04 LEU 99

VAL 32 0.13 GLY 43 -0.03 PRO 98

VAL 33 0.12 LEU 44 -0.03 PRO 98

VAL 32 0.09 ASN 45 -0.05 PRO 98

VAL 32 0.10 LEU 46 -0.08 PRO 98

VAL 32 0.12 LEU 47 -0.06 PRO 98

LEU 136 0.11 VAL 48 -0.06 PRO 98

LEU 136 0.09 LEU 49 -0.09 PRO 98

VAL 32 0.10 TYR 50 -0.10 PRO 98

LEU 133 0.12 ALA 51 -0.08 PRO 98

LEU 136 0.12 VAL 52 -0.11 ARG 409

LEU 136 0.11 ARG 53 -0.12 PRO 98

LEU 133 0.12 SER 54 -0.11 PRO 98

LEU 133 0.14 GLU 55 -0.10 ARG 409

LEU 136 0.16 ARG 56 -0.12 ARG 409

LEU 136 0.19 LYS 57 -0.15 ARG 409

LEU 136 0.18 LEU 58 -0.16 ARG 409

LEU 136 0.17 HIS 59 -0.16 ARG 409

LEU 136 0.18 THR 60 -0.21 ARG 409

ARG 139 0.14 VAL 61 -0.19 ARG 409

LEU 136 0.12 GLY 62 -0.19 ARG 409

LEU 136 0.12 ASN 63 -0.17 ARG 409

VAL 67 0.07 LEU 64 -0.15 ARG 409

THR 36 0.05 TYR 65 -0.13 ARG 409

LEU 136 0.08 ILE 66 -0.11 ARG 409

LEU 64 0.07 VAL 67 -0.11 ARG 409

THR 36 0.04 SER 68 -0.10 ARG 409

VAL 32 0.04 LEU 69 -0.07 ARG 409

VAL 32 0.06 SER 70 -0.07 ARG 409

VAL 32 0.05 VAL 71 -0.09 PHE 102

VAL 32 0.03 ALA 72 -0.06 SER 105

PRO 132 0.04 ASP 73 -0.03 PRO 98

VAL 32 0.05 LEU 74 -0.06 LEU 46

ALA 78 0.03 ILE 75 -0.07 PHE 102

PHE 419 0.03 VAL 76 -0.04 TYR 138

PRO 132 0.04 GLY 77 -0.03 CYS 445

PRO 25 0.05 ALA 78 -0.05 LEU 46

THR 20 0.04 VAL 79 -0.06 TYR 50

PHE 419 0.04 VAL 80 -0.05 TYR 138

LYS 179 0.04 MET 81 -0.04 GLU 447

MET 22 0.05 PRO 82 -0.05 CYS 445

THR 20 0.04 MET 83 -0.06 ASN 443

LYS 179 0.06 ASN 84 -0.06 CYS 445

LYS 480 0.07 ILE 85 -0.08 GLU 447

LYS 480 0.06 LEU 86 -0.09 CYS 445

ILE 85 0.06 TYR 87 -0.09 ASN 443

ASP 178 0.08 LEU 88 -0.12 GLU 447

LYS 480 0.09 LEU 89 -0.14 GLU 447

LYS 480 0.07 MET 90 -0.13 ASN 443

LYS 480 0.07 SER 91 -0.15 ASN 443

LEU 88 0.07 LYS 92 -0.09 ASN 443

ILE 454 0.05 TRP 93 -0.08 TYR 138

THR 20 0.07 SER 94 -0.08 TYR 138

THR 20 0.10 LEU 95 -0.08 TYR 138

THR 20 0.10 GLY 96 -0.09 TYR 138

THR 20 0.06 ARG 97 -0.11 TYR 138

THR 20 0.07 PRO 98 -0.12 TYR 138

THR 20 0.07 LEU 99 -0.10 ARG 53

THR 20 0.04 CYS 100 -0.10 TYR 138

THR 20 0.04 LEU 101 -0.12 TYR 138

THR 20 0.04 PHE 102 -0.11 TYR 138

THR 20 0.03 TRP 103 -0.09 TYR 138

PHE 419 0.05 LEU 104 -0.11 TYR 138

LEU 201 0.03 SER 105 -0.13 TYR 138

LEU 201 0.02 MET 106 -0.10 TYR 138

PHE 419 0.05 ASP 107 -0.09 TYR 138

PHE 419 0.05 TYR 108 -0.11 TYR 138

LEU 201 0.03 VAL 109 -0.13 TYR 138

PHE 419 0.02 ALA 110 -0.09 TYR 138

PHE 419 0.05 SER 111 -0.08 TYR 138

PHE 419 0.04 THR 112 -0.11 TYR 138

PHE 153 0.03 ALA 113 -0.11 TYR 138

PHE 419 0.02 SER 114 -0.07 TYR 138

MET 421 0.03 ILE 115 -0.08 TYR 138

LEU 205 0.03 PHE 116 -0.12 TYR 138

ILE 148 0.05 SER 117 -0.08 ARG 409

ILE 148 0.04 VAL 118 -0.05 ALA 413

ILE 148 0.06 PHE 119 -0.08 TYR 138

ILE 148 0.04 ILE 120 -0.11 TYR 138

MET 421 0.03 LEU 121 -0.10 GLU 410

ARG 143 0.04 CYS 122 -0.06 GLU 410

ARG 143 0.05 ILE 123 -0.11 ILE 197

GLY 62 0.05 ASP 124 -0.11 LEU 154

SER 128 0.06 ARG 125 -0.09 GLU 410

ASN 472 0.04 TYR 126 -0.07 PHE 168

ASN 472 0.07 ARG 127 -0.12 ILE 197

ASN 472 0.11 SER 128 -0.11 PHE 168

GLN 131 0.11 VAL 129 -0.08 PHE 168

VAL 129 0.10 GLN 130 -0.11 ILE 197

ARG 409 0.14 GLN 131 -0.12 PHE 168

ASN 472 0.19 PRO 132 -0.12 PHE 168

GLU 473 0.19 LEU 133 -0.16 PHE 168

LYS 57 0.16 ARG 134 -0.19 PHE 168

LYS 57 0.14 TYR 135 -0.18 PHE 168

LYS 57 0.19 LEU 136 -0.17 PHE 168

LYS 57 0.18 LYS 137 -0.21 PHE 168

LYS 57 0.10 TYR 138 -0.22 GLY 150

VAL 61 0.14 ARG 139 -0.17 GLY 150

HIS 59 0.10 THR 140 -0.16 PHE 168

LEU 49 0.08 LYS 141 -0.14 PHE 168

GLY 43 0.06 THR 142 -0.16 PHE 168

ILE 123 0.05 ARG 143 -0.19 GLY 150

VAL 40 0.04 ALA 144 -0.14 ILE 160

VAL 40 0.04 SER 145 -0.16 ILE 160

TRP 208 0.04 ALA 146 -0.21 PHE 153

TRP 208 0.04 THR 147 -0.21 GLY 150

PHE 119 0.06 ILE 148 -0.15 TRP 152

GLY 150 0.06 LEU 149 -0.18 PHE 153

LEU 149 0.06 GLY 150 -0.22 TYR 138

LEU 205 0.05 ALA 151 -0.19 TYR 138

LEU 205 0.04 TRP 152 -0.16 TYR 138

LEU 154 0.05 PHE 153 -0.21 ALA 146

PHE 153 0.05 LEU 154 -0.22 TYR 138

LEU 201 0.03 SER 155 -0.17 TYR 138

LEU 201 0.04 PHE 156 -0.18 LEU 149

LEU 201 0.05 LEU 157 -0.21 TYR 138

ASN 198 0.05 TRP 158 -0.18 TYR 138

LEU 201 0.04 VAL 159 -0.18 TYR 138

ILE 197 0.06 ILE 160 -0.20 TYR 138

ILE 197 0.06 PRO 161 -0.18 TYR 138

ILE 197 0.05 ILE 162 -0.16 TYR 138

ILE 197 0.04 LEU 163 -0.17 TYR 138

PRO 98 0.06 GLY 164 -0.19 TYR 138

PRO 98 0.05 TRP 165 -0.18 TYR 138

ARG 97 0.06 ASN 166 -0.18 TYR 138

PRO 98 0.05 HIS 167 -0.20 TYR 138

PRO 98 0.05 PHE 168 -0.21 TYR 138

PRO 98 0.04 MET 169 -0.19 LYS 137

TYR 431 0.04 GLN 170 -0.19 LYS 137

TYR 431 0.06 GLN 171 -0.16 TYR 138

HIS 450 0.09 VAL 174 -0.13 TYR 138

GLU 447 0.11 ARG 175 -0.12 TYR 138

GLU 447 0.11 ARG 176 -0.10 TYR 138

MET 451 0.09 GLU 177 -0.09 TYR 138

MET 451 0.11 ASP 178 -0.08 TYR 138

MET 451 0.11 LYS 179 -0.08 TYR 138

ILE 454 0.09 CYS 180 -0.09 TYR 138

ILE 454 0.10 GLU 181 -0.10 TYR 138

TYR 431 0.08 THR 182 -0.12 TYR 138

TYR 431 0.07 ASP 183 -0.14 TYR 138

ILE 429 0.06 PHE 184 -0.14 TYR 138

TYR 431 0.08 TYR 185 -0.13 SER 24

ARG 175 0.09 ASP 186 -0.12 SER 24

LYS 218 0.07 VAL 187 -0.14 TYR 138

LYS 218 0.08 THR 188 -0.14 SER 24

LYS 218 0.07 TRP 189 -0.15 TYR 138

LYS 218 0.06 PHE 190 -0.17 TYR 138

LYS 218 0.07 LYS 191 -0.14 TYR 138

LYS 218 0.09 VAL 192 -0.13 SER 24

LYS 218 0.07 MET 193 -0.16 TYR 138

PRO 161 0.06 THR 194 -0.17 TYR 138

LYS 218 0.08 ALA 195 -0.13 TYR 138

LYS 218 0.09 ILE 196 -0.13 ARG 134

PRO 161 0.06 ILE 197 -0.17 ARG 134

TRP 158 0.05 ASN 198 -0.14 TYR 138

LYS 218 0.07 PHE 199 -0.11 GLN 26

LYS 218 0.10 TYR 200 -0.11 GLN 26

ALA 211 0.05 LEU 201 -0.15 ARG 134

PHE 153 0.04 PRO 202 -0.12 ARG 134

LYS 218 0.08 THR 203 -0.10 GLN 26

ALA 211 0.10 LEU 204 -0.10 GLN 26

LEU 149 0.06 LEU 205 -0.11 ARG 134

ALA 211 0.05 MET 206 -0.07 GLN 26

ALA 211 0.11 LEU 207 -0.07 GLN 26

LYS 215 0.08 TRP 208 -0.08 GLN 26

ARG 143 0.04 PHE 209 -0.07 GLN 130

ILE 433 0.07 TYR 210 -0.05 GLY 418

LEU 207 0.11 ALA 211 -0.04 GLN 26

VAL 437 0.06 LYS 212 -0.04 GLN 26

ILE 433 0.07 ILE 213 -0.03 TYR 214

ILE 433 0.12 TYR 214 -0.05 GLY 62

VAL 437 0.12 LYS 215 -0.05 VAL 61

ILE 433 0.09 ALA 216 -0.06 VAL 61

LEU 426 0.12 VAL 217 -0.09 VAL 61

ILE 433 0.15 LYS 218 -0.09 THR 60

VAL 437 0.13 ARG 219 -0.08 VAL 61

LEU 426 0.11 GLN 220 -0.11 VAL 61

LEU 426 0.13 LEU 221 -0.14 THR 60

LEU 426 0.13 ASN 408 -0.18 THR 60

PRO 132 0.18 ARG 409 -0.21 THR 60

PRO 132 0.16 GLU 410 -0.18 GLY 62

LEU 426 0.16 ARG 411 -0.12 THR 60

PRO 132 0.15 LYS 412 -0.10 GLY 62

PRO 132 0.19 ALA 413 -0.13 GLY 62

PRO 132 0.13 ALA 414 -0.08 GLY 62

LEU 426 0.18 LYS 415 -0.05 ASN 63

PRO 132 0.15 GLN 416 -0.04 LYS 415

PRO 132 0.12 LEU 417 -0.03 SER 117

LEU 426 0.14 GLY 418 -0.05 TYR 210

LEU 426 0.18 PHE 419 -0.04 TRP 208

PRO 132 0.09 ILE 420 -0.03 TRP 208

ILE 433 0.09 MET 421 -0.04 GLN 26

LYS 415 0.17 ALA 422 -0.05 TRP 208

PHE 419 0.16 ALA 423 -0.04 TRP 208

PHE 419 0.13 PHE 424 -0.07 GLN 26

LYS 415 0.13 ILE 425 -0.09 GLN 26

PHE 419 0.18 LEU 426 -0.09 GLN 26

PHE 419 0.16 CYS 427 -0.09 GLN 26

PHE 419 0.13 TRP 428 -0.11 GLN 26

LYS 415 0.13 ILE 429 -0.13 GLN 26

LYS 415 0.15 PRO 430 -0.16 GLN 26

PHE 419 0.11 TYR 431 -0.15 GLN 26

LYS 218 0.12 PHE 432 -0.15 GLN 26

LYS 218 0.15 ILE 433 -0.17 GLN 26

LYS 218 0.14 PHE 434 -0.19 GLN 26

LYS 218 0.12 PHE 435 -0.17 SER 24

LYS 218 0.13 MET 436 -0.16 SER 24

LYS 218 0.15 VAL 437 -0.18 SER 24

LYS 218 0.13 ILE 438 -0.20 SER 24

LYS 218 0.11 ALA 439 -0.17 SER 24

LYS 218 0.13 PHE 440 -0.18 SER 24

LYS 218 0.14 CYS 441 -0.21 SER 24

LYS 218 0.12 LYS 442 -0.22 SER 24

LYS 218 0.13 ASN 443 -0.27 SER 24

LYS 218 0.14 CYS 444 -0.26 SER 24

LYS 218 0.12 CYS 445 -0.29 SER 24

LYS 218 0.12 ASN 446 -0.30 SER 24

ARG 176 0.11 GLU 447 -0.32 SER 24

ARG 411 0.11 HIS 448 -0.34 GLN 26

ARG 411 0.13 LEU 449 -0.27 GLN 26

ARG 176 0.11 HIS 450 -0.21 GLN 26

LYS 179 0.11 MET 451 -0.21 LEU 27

ARG 411 0.11 PHE 452 -0.20 GLN 26

LYS 415 0.12 THR 453 -0.17 GLN 26

GLU 181 0.10 ILE 454 -0.12 GLN 26

LEU 470 0.09 TRP 455 -0.10 GLN 26

LYS 415 0.12 LEU 456 -0.11 GLN 26

PHE 419 0.10 GLY 457 -0.08 GLN 26

LYS 179 0.07 TYR 458 -0.05 GLN 26

LEU 470 0.10 ILE 459 -0.04 LEU 204

LYS 415 0.09 ASN 460 -0.04 GLN 26

PRO 132 0.06 SER 461 -0.02 LEU 204

PRO 132 0.08 THR 462 -0.02 THR 41

PRO 132 0.09 LEU 463 -0.03 TRP 208

PRO 132 0.09 ASN 464 -0.02 TRP 208

PRO 132 0.11 PRO 465 -0.04 LEU 466

VAL 33 0.12 LEU 466 -0.04 PRO 465

PRO 132 0.12 ILE 467 -0.02 TRP 208

PRO 132 0.14 TYR 468 -0.04 LEU 470

PRO 132 0.15 PRO 469 -0.04 LEU 470

PRO 132 0.14 LEU 470 -0.04 PRO 469

PRO 132 0.17 CYS 471 -0.04 SER 68

PRO 132 0.19 ASN 472 -0.05 ARG 411

LEU 133 0.19 GLU 473 -0.05 ARG 411

LEU 133 0.19 ASN 474 -0.09 ASN 408

LEU 133 0.16 PHE 475 -0.06 ARG 409

LEU 133 0.15 LYS 476 -0.04 PHE 156

LEU 133 0.16 LYS 477 -0.05 ILE 160

LEU 133 0.15 THR 478 -0.06 PRO 98

VAL 33 0.16 PHE 479 -0.04 PRO 98

PRO 29 0.17 LYS 480 -0.04 LEU 49

PRO 29 0.17 ARG 481 -0.05 PRO 98

If you find results from this site helpful for your research, please cite one of our papers:

K. Suhre & Y.H. Sanejouand, ElNemo: a normal mode web-server for protein movement analysis and the generation of templates for molecular replacement. Nucleic Acids Research, 32, W610-W614, 2004.
K. Suhre & Y.H. Sanejouand, On the potential of normal mode analysis for solving difficult molecular replacement problems. Acta Cryst. D vol.60, p796-799, 2004 © International Union of Crystallography.

elNémo is maintained by Yves-Henri Sanejouand.
It was developed by Karsten Suhre.
Between 2003 and 2014, it was hosted by IGS (Marseille).
Between 2015 and 2025, it was hosted by US2B (Nantes).
Last modification: december 26th, 2025.

Should you encounter any unexpected behaviour, please let us know. elNémo has been hacked on november 27th. It has been moved away and runs again. **Still some additional cleaning from time to time** Sorry for the inconvenience.

*** MEMBRANE PROTEIN 20-NOV-23 8X5Y ***

CA distance fluctuations for 2601201921523260072

--- normal mode 8 ---

Should you encounter any unexpected behaviour,
please let us know.
elNémo has been hacked on november 27th.
It has been moved away and runs again.
Still some additional cleaning from time to time
Sorry for the inconvenience.

* MEMBRANE PROTEIN 20-NOV-23 8X5Y *