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 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 increase ref largest decrease
LEU 95 0.35 THR 20 -0.19 ASN 443

LEU 95 0.18 THR 21 -0.21 LYS 442

LEU 95 0.23 MET 22 -0.35 CYS 445

LEU 95 0.11 ALA 23 -0.59 GLU 447

LEU 39 0.10 SER 24 -0.84 GLU 447

LEU 39 0.18 PRO 25 -0.75 ASN 446

VAL 32 0.12 GLN 26 -0.95 HIS 448

MET 28 0.09 LEU 27 -0.90 HIS 448

SER 35 0.18 MET 28 -0.60 HIS 448

THR 36 0.15 PRO 29 -0.62 HIS 448

SER 91 0.07 LEU 30 -0.53 HIS 448

SER 35 0.11 VAL 31 -0.37 HIS 448

THR 36 0.22 VAL 32 -0.35 HIS 448

THR 36 0.14 VAL 33 -0.28 HIS 448

MET 28 0.05 LEU 34 -0.20 HIS 448

VAL 32 0.20 SER 35 -0.16 HIS 448

VAL 32 0.22 THR 36 -0.16 HIS 448

VAL 32 0.10 ILE 37 -0.14 HIS 448

VAL 32 0.16 CYS 38 -0.11 HIS 448

VAL 32 0.21 LEU 39 -0.11 HIS 448

VAL 32 0.16 VAL 40 -0.11 HIS 448

VAL 32 0.11 THR 41 -0.09 HIS 448

VAL 32 0.14 VAL 42 -0.07 HIS 448

VAL 32 0.15 GLY 43 -0.08 HIS 448

VAL 32 0.11 LEU 44 -0.08 HIS 448

VAL 32 0.10 ASN 45 -0.06 HIS 448

PRO 25 0.12 LEU 46 -0.07 LEU 95

PRO 25 0.11 LEU 47 -0.08 LEU 133

VAL 32 0.08 VAL 48 -0.08 LEU 133

VAL 32 0.08 LEU 49 -0.08 LEU 136

PRO 25 0.11 TYR 50 -0.08 LEU 133

PRO 25 0.09 ALA 51 -0.10 LEU 133

PRO 25 0.07 VAL 52 -0.10 LEU 136

PRO 25 0.09 ARG 53 -0.09 LEU 136

PRO 25 0.10 SER 54 -0.10 LEU 133

PRO 25 0.08 GLU 55 -0.12 LEU 133

PRO 25 0.06 ARG 56 -0.13 LEU 133

ARG 409 0.07 LYS 57 -0.16 LEU 133

ARG 409 0.07 LEU 58 -0.14 LEU 136

ARG 409 0.08 HIS 59 -0.14 LEU 136

ARG 409 0.10 THR 60 -0.15 LEU 136

ARG 409 0.09 VAL 61 -0.12 LEU 136

ARG 409 0.08 GLY 62 -0.10 LEU 136

ARG 409 0.08 ASN 63 -0.10 LEU 136

ILE 197 0.07 LEU 64 -0.07 LEU 136

ILE 197 0.07 TYR 65 -0.08 LEU 27

ILE 197 0.06 ILE 66 -0.08 PRO 132

SER 68 0.07 VAL 67 -0.07 PRO 132

VAL 67 0.07 SER 68 -0.07 LEU 27

ILE 197 0.05 LEU 69 -0.09 LEU 27

VAL 32 0.06 SER 70 -0.06 LEU 27

VAL 32 0.07 VAL 71 -0.07 LEU 99

VAL 32 0.06 ALA 72 -0.08 LEU 27

SER 35 0.07 ASP 73 -0.08 LEU 27

VAL 32 0.10 LEU 74 -0.06 LEU 95

VAL 32 0.09 ILE 75 -0.07 LEU 99

SER 35 0.07 VAL 76 -0.09 LEU 27

SER 35 0.10 GLY 77 -0.06 HIS 448

VAL 32 0.14 ALA 78 -0.08 LEU 95

VAL 32 0.10 VAL 79 -0.08 LEU 95

THR 20 0.07 VAL 80 -0.08 LEU 88

SER 35 0.08 MET 81 -0.06 TYR 185

MET 28 0.16 PRO 82 -0.08 LEU 95

MET 22 0.12 MET 83 -0.08 LEU 95

ILE 454 0.06 ASN 84 -0.12 LEU 88

PRO 82 0.06 ILE 85 -0.12 LYS 442

MET 22 0.13 LEU 86 -0.10 LYS 442

PHE 452 0.07 TYR 87 -0.13 TYR 185

SER 91 0.11 LEU 88 -0.22 TYR 185

LEU 86 0.13 LEU 89 -0.26 GLU 447

GLY 96 0.11 MET 90 -0.17 LYS 442

LEU 88 0.11 SER 91 -0.25 ASP 186

HIS 448 0.19 LYS 92 -0.14 THR 21

GLU 447 0.16 TRP 93 -0.04 VAL 79

THR 20 0.27 SER 94 -0.05 VAL 79

THR 20 0.35 LEU 95 -0.08 ALA 78

THR 20 0.34 GLY 96 -0.08 ARG 175

THR 20 0.24 ARG 97 -0.10 ARG 175

THR 20 0.23 PRO 98 -0.09 ARG 175

THR 20 0.24 LEU 99 -0.07 SER 145

THR 20 0.18 CYS 100 -0.06 ARG 175

THR 20 0.15 LEU 101 -0.08 ARG 175

THR 20 0.16 PHE 102 -0.07 ARG 175

THR 20 0.13 TRP 103 -0.06 LEU 27

THR 20 0.08 LEU 104 -0.14 SER 24

THR 20 0.10 SER 105 -0.10 LEU 27

THR 20 0.09 MET 106 -0.09 LEU 27

THR 20 0.06 ASP 107 -0.15 LEU 27

TYR 138 0.05 TYR 108 -0.19 LEU 27

THR 20 0.05 VAL 109 -0.14 LEU 27

THR 20 0.05 ALA 110 -0.12 LEU 27

LYS 179 0.05 SER 111 -0.18 GLN 26

TYR 138 0.07 THR 112 -0.18 GLN 26

THR 194 0.06 ALA 113 -0.13 GLN 26

SER 35 0.04 SER 114 -0.14 GLN 26

TYR 138 0.07 ILE 115 -0.18 GLN 26

ILE 197 0.10 PHE 116 -0.15 GLN 26

ILE 197 0.08 SER 117 -0.12 GLN 26

ILE 197 0.07 VAL 118 -0.14 GLN 26

ILE 197 0.10 PHE 119 -0.15 GLN 26

ILE 197 0.12 ILE 120 -0.12 GLN 26

ILE 197 0.09 LEU 121 -0.11 GLN 26

ILE 197 0.08 CYS 122 -0.13 GLN 26

LEU 201 0.13 ILE 123 -0.13 GLN 26

ILE 197 0.12 ASP 124 -0.11 GLN 26

ILE 197 0.09 ARG 125 -0.11 GLN 26

LEU 201 0.10 TYR 126 -0.12 GLN 26

LEU 201 0.14 ARG 127 -0.11 GLN 26

ILE 197 0.10 SER 128 -0.11 GLN 26

ILE 197 0.08 VAL 129 -0.11 GLN 26

LEU 201 0.13 GLN 130 -0.11 GLN 26

LEU 201 0.12 GLN 131 -0.11 ARG 409

ILE 197 0.10 PRO 132 -0.14 ARG 409

ILE 197 0.13 LEU 133 -0.16 LYS 57

ILE 197 0.17 ARG 134 -0.13 LYS 57

ILE 197 0.16 TYR 135 -0.11 LYS 57

ILE 197 0.14 LEU 136 -0.15 LYS 57

ILE 197 0.16 LYS 137 -0.14 LYS 57

ILE 197 0.17 TYR 138 -0.08 LYS 57

ILE 197 0.13 ARG 139 -0.11 VAL 61

ILE 197 0.11 THR 140 -0.08 LYS 137

ILE 197 0.10 LYS 141 -0.07 PRO 98

MET 193 0.10 THR 142 -0.07 PRO 98

ILE 197 0.13 ARG 143 -0.06 GLN 26

ILE 197 0.11 ALA 144 -0.07 LEU 27

MET 193 0.09 SER 145 -0.08 PRO 98

MET 193 0.12 ALA 146 -0.07 LEU 27

ILE 197 0.13 THR 147 -0.08 GLN 26

MET 193 0.10 ILE 148 -0.08 LEU 27

MET 193 0.09 LEU 149 -0.07 LEU 27

MET 193 0.11 GLY 150 -0.09 GLN 26

THR 194 0.12 ALA 151 -0.11 GLN 26

MET 193 0.07 TRP 152 -0.09 LEU 27

PHE 190 0.08 PHE 153 -0.10 LEU 27

PHE 190 0.11 LEU 154 -0.13 GLN 26

THR 194 0.07 SER 155 -0.13 GLN 26

THR 20 0.07 PHE 156 -0.11 LEU 27

TYR 138 0.07 LEU 157 -0.13 GLN 26

TYR 138 0.07 TRP 158 -0.16 GLN 26

THR 20 0.09 VAL 159 -0.12 SER 24

THR 20 0.08 ILE 160 -0.14 SER 24

TYR 138 0.08 PRO 161 -0.19 SER 24

THR 20 0.06 ILE 162 -0.18 SER 24

THR 20 0.11 LEU 163 -0.12 SER 24

PRO 98 0.12 GLY 164 -0.15 SER 24

PRO 98 0.09 TRP 165 -0.21 SER 24

PRO 98 0.12 ASN 166 -0.18 SER 24

PRO 98 0.14 HIS 167 -0.15 SER 24

PRO 98 0.10 PHE 168 -0.19 SER 24

LYS 137 0.10 MET 169 -0.24 SER 24

PRO 98 0.09 GLN 170 -0.23 SER 24

ARG 134 0.08 GLN 171 -0.27 SER 24

CYS 445 0.22 VAL 174 -0.20 SER 24

CYS 445 0.28 ARG 175 -0.16 SER 24

CYS 445 0.30 ARG 176 -0.21 SER 24

GLU 447 0.26 GLU 177 -0.13 SER 24

GLU 447 0.33 ASP 178 -0.21 SER 24

GLU 447 0.30 LYS 179 -0.25 SER 24

GLU 447 0.21 CYS 180 -0.20 SER 24

GLU 447 0.17 GLU 181 -0.29 SER 24

PHE 435 0.10 THR 182 -0.28 SER 24

CYS 445 0.09 ASP 183 -0.28 SER 24

TYR 138 0.09 PHE 184 -0.34 SER 24

VAL 174 0.17 TYR 185 -0.42 SER 24

ARG 175 0.19 ASP 186 -0.46 SER 24

ARG 175 0.12 VAL 187 -0.41 SER 24

ARG 134 0.13 THR 188 -0.45 SER 24

ARG 134 0.15 TRP 189 -0.39 SER 24

TYR 138 0.14 PHE 190 -0.34 SER 24

TYR 138 0.13 LYS 191 -0.38 SER 24

ARG 134 0.14 VAL 192 -0.39 GLN 26

TYR 138 0.16 MET 193 -0.33 GLN 26

TYR 138 0.15 THR 194 -0.30 GLN 26

TYR 138 0.13 ALA 195 -0.33 GLN 26

ARG 134 0.15 ILE 196 -0.32 GLN 26

TYR 138 0.17 ILE 197 -0.27 GLN 26

TYR 138 0.13 ASN 198 -0.25 GLN 26

TYR 138 0.11 PHE 199 -0.27 GLN 26

ARG 134 0.13 TYR 200 -0.28 GLN 26

ARG 134 0.16 LEU 201 -0.24 GLN 26

TYR 138 0.13 PRO 202 -0.21 GLN 26

ARG 134 0.10 THR 203 -0.23 GLN 26

ARG 134 0.11 LEU 204 -0.22 GLN 26

ARG 134 0.14 LEU 205 -0.19 GLN 26

ARG 134 0.09 MET 206 -0.18 GLN 26

TRP 208 0.08 LEU 207 -0.19 GLN 26

PHE 440 0.10 TRP 208 -0.17 GLN 26

GLN 130 0.11 PHE 209 -0.15 GLN 26

PHE 440 0.06 TYR 210 -0.16 GLN 26

ASP 178 0.06 ALA 211 -0.16 GLN 26

PHE 440 0.07 LYS 212 -0.14 GLN 26

PHE 440 0.06 ILE 213 -0.13 GLN 26

ASP 178 0.05 TYR 214 -0.14 GLN 26

ASP 178 0.05 LYS 215 -0.14 GLN 26

PHE 440 0.05 ALA 216 -0.12 GLN 26

ASP 178 0.04 VAL 217 -0.12 GLN 26

ASP 178 0.04 LYS 218 -0.13 GLN 26

ASP 178 0.04 ARG 219 -0.12 GLN 26

THR 140 0.04 GLN 220 -0.11 GLN 26

THR 60 0.06 LEU 221 -0.11 GLN 26

THR 60 0.09 ASN 408 -0.11 LEU 133

THR 60 0.10 ARG 409 -0.14 PRO 132

VAL 61 0.08 GLU 410 -0.13 PRO 132

THR 60 0.06 ARG 411 -0.11 GLN 26

THR 60 0.05 LYS 412 -0.11 PRO 132

GLY 62 0.06 ALA 413 -0.13 PRO 132

ASP 178 0.04 ALA 414 -0.12 GLN 26

ASP 178 0.04 LYS 415 -0.13 GLN 26

ASP 178 0.04 GLN 416 -0.11 GLN 26

ASP 178 0.04 LEU 417 -0.13 GLN 26

ASP 178 0.05 GLY 418 -0.16 GLN 26

ASP 178 0.05 PHE 419 -0.15 GLN 26

ASP 178 0.05 ILE 420 -0.15 GLN 26

ASP 178 0.06 MET 421 -0.18 GLN 26

ASP 178 0.07 ALA 422 -0.20 GLN 26

ASP 178 0.07 ALA 423 -0.20 GLN 26

LYS 179 0.08 PHE 424 -0.22 GLN 26

ASP 178 0.09 ILE 425 -0.25 GLN 26

ASP 178 0.10 LEU 426 -0.28 GLN 26

ASP 178 0.11 CYS 427 -0.29 GLN 26

LYS 179 0.11 TRP 428 -0.31 GLN 26

ASP 178 0.12 ILE 429 -0.35 GLN 26

ASP 178 0.15 PRO 430 -0.43 GLN 26

LYS 179 0.16 TYR 431 -0.43 GLN 26

ARG 176 0.14 PHE 432 -0.40 GLN 26

ARG 176 0.15 ILE 433 -0.44 GLN 26

ARG 176 0.18 PHE 434 -0.53 GLN 26

ARG 176 0.17 PHE 435 -0.48 GLN 26

ARG 175 0.15 MET 436 -0.45 GLN 26

ARG 175 0.17 VAL 437 -0.52 GLN 26

ARG 175 0.20 ILE 438 -0.57 GLN 26

ARG 175 0.18 ALA 439 -0.49 GLN 26

ARG 175 0.17 PHE 440 -0.52 GLN 26

ARG 175 0.21 CYS 441 -0.60 GLN 26

ARG 175 0.25 LYS 442 -0.66 SER 24

ARG 175 0.26 ASN 443 -0.73 SER 24

ARG 176 0.26 CYS 444 -0.73 GLN 26

ARG 176 0.30 CYS 445 -0.80 SER 24

ASP 178 0.29 ASN 446 -0.90 GLN 26

ASP 178 0.33 GLU 447 -0.88 GLN 26

ASP 178 0.28 HIS 448 -0.95 GLN 26

ASP 178 0.23 LEU 449 -0.75 GLN 26

LYS 179 0.24 HIS 450 -0.61 GLN 26

LYS 179 0.22 MET 451 -0.60 LEU 27

ASP 178 0.19 PHE 452 -0.55 GLN 26

LYS 179 0.17 THR 453 -0.46 GLN 26

LYS 179 0.16 ILE 454 -0.36 GLN 26

LYS 179 0.12 TRP 455 -0.31 LEU 27

LYS 179 0.12 LEU 456 -0.32 GLN 26

LYS 179 0.11 GLY 457 -0.26 GLN 26

LYS 179 0.08 TYR 458 -0.19 LEU 27

ASP 178 0.07 ILE 459 -0.18 GLN 26

LYS 179 0.07 ASN 460 -0.18 GLN 26

SER 35 0.06 SER 461 -0.13 GLN 26

SER 35 0.07 THR 462 -0.09 LEU 27

ASP 178 0.05 LEU 463 -0.11 GLN 26

SER 35 0.05 ASN 464 -0.10 GLN 26

VAL 32 0.07 PRO 465 -0.07 PRO 132

VAL 32 0.06 LEU 466 -0.08 HIS 448

THR 36 0.04 ILE 467 -0.09 GLN 26

VAL 32 0.05 TYR 468 -0.09 PRO 132

VAL 32 0.05 PRO 469 -0.10 PRO 132

VAL 32 0.04 LEU 470 -0.10 PRO 132

VAL 32 0.03 CYS 471 -0.11 PRO 132

VAL 32 0.04 ASN 472 -0.14 PRO 132

VAL 32 0.05 GLU 473 -0.14 LEU 133

VAL 32 0.05 ASN 474 -0.15 LEU 133

VAL 32 0.06 PHE 475 -0.12 LEU 133

VAL 32 0.06 LYS 476 -0.11 LEU 133

PRO 25 0.06 LYS 477 -0.13 LEU 133

PRO 25 0.08 THR 478 -0.12 LEU 133

PRO 25 0.08 PHE 479 -0.10 LEU 133

PRO 25 0.09 LYS 480 -0.10 LEU 133

PRO 25 0.12 ARG 481 -0.10 LEU 133

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 10 ---

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 *