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.

* *

CA distance fluctuations for 2603270735402317746

--- 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
ASP 32 0.07 VAL 4 -0.60 SER 396

GLY 299 0.09 ALA 5 -0.48 SER 396

GLY 299 0.11 ILE 6 -0.38 SER 396

GLY 299 0.14 VAL 7 -0.32 SER 396

GLY 299 0.16 LYS 8 -0.26 SER 396

GLY 299 0.15 GLU 9 -0.21 SER 396

GLY 299 0.15 GLY 10 -0.14 LYS 389

GLY 299 0.15 TRP 11 -0.13 ARG 144

GLY 299 0.20 LEU 12 -0.12 VAL 201

GLY 299 0.21 HIS 13 -0.12 VAL 201

GLY 299 0.19 LYS 14 -0.13 ARG 86

TYR 18 0.25 ARG 15 -0.17 GLU 85

ARG 15 0.23 GLY 16 -0.14 LYS 20

PRO 68 0.36 GLU 17 -0.13 LYS 20

PRO 68 0.39 TYR 18 -0.06 LYS 39

LYS 20 0.37 ILE 19 -0.09 LYS 39

GLU 355 0.39 LYS 20 -0.14 GLY 16

GLU 359 0.32 THR 21 -0.14 GLU 85

GLU 359 0.27 TRP 22 -0.14 GLU 85

MET 363 0.18 ARG 23 -0.11 GLU 85

MET 363 0.10 PRO 24 -0.10 ARG 144

GLY 299 0.10 ARG 25 -0.11 ARG 144

GLY 299 0.11 TYR 26 -0.13 ARG 144

GLY 299 0.13 PHE 27 -0.16 LYS 389

GLY 299 0.12 LEU 28 -0.24 LYS 389

GLY 299 0.15 LEU 29 -0.27 SER 396

GLY 299 0.12 LYS 30 -0.36 SER 396

GLY 299 0.12 ASN 31 -0.39 SER 396

GLY 299 0.09 ASP 32 -0.37 SER 396

GLY 299 0.11 GLY 33 -0.32 ASN 269

GLY 299 0.10 THR 34 -0.27 LEU 52

GLY 299 0.13 PHE 35 -0.19 LYS 389

GLY 299 0.09 ILE 36 -0.19 LYS 389

GLY 299 0.10 GLY 37 -0.13 ARG 144

GLY 159 0.07 TYR 38 -0.12 ARG 144

GLY 157 0.07 LYS 39 -0.10 PHE 358

GLY 159 0.06 GLU 40 -0.11 PHE 358

GLY 299 0.06 ARG 41 -0.15 LYS 389

ASP 32 0.07 PRO 42 -0.26 LYS 389

ASN 53 0.08 ALA 50 -0.50 SER 396

ASN 53 0.10 PRO 51 -0.35 VAL 4

PRO 51 0.08 LEU 52 -0.36 GLY 109

PRO 51 0.10 ASN 53 -0.37 GLY 109

PRO 51 0.07 ASN 54 -0.23 GLY 109

CYS 296 0.07 PHE 55 -0.18 ARG 144

GLU 85 0.09 SER 56 -0.26 ASN 53

GLY 299 0.13 VAL 57 -0.23 LEU 202

ASN 31 0.10 ALA 58 -0.32 LEU 202

GLY 109 0.10 GLN 59 -0.34 LEU 202

GLY 299 0.13 CYS 60 -0.25 VAL 201

ILE 300 0.19 GLN 61 -0.24 VAL 201

GLY 299 0.29 LEU 62 -0.23 VAL 201

ILE 300 0.38 MET 63 -0.19 VAL 201

ILE 300 0.47 LYS 64 -0.18 VAL 201

ILE 300 0.60 THR 65 -0.13 VAL 201

ILE 300 0.62 GLU 66 -0.11 VAL 201

ILE 300 0.78 ARG 67 -0.08 VAL 201

ILE 300 0.75 PRO 68 -0.08 VAL 187

ILE 300 0.56 ARG 69 -0.09 VAL 201

ILE 300 0.50 PRO 70 -0.11 VAL 201

ILE 300 0.44 ASN 71 -0.14 VAL 201

GLY 299 0.53 THR 72 -0.13 VAL 201

GLY 299 0.47 PHE 73 -0.16 VAL 201

GLY 299 0.42 ILE 74 -0.14 VAL 201

GLY 299 0.26 ILE 75 -0.16 VAL 201

CYS 310 0.16 ARG 76 -0.12 TRP 22

CYS 310 0.09 CYS 77 -0.22 LEU 78

GLN 352 0.08 LEU 78 -0.22 CYS 77

GLN 352 0.04 GLN 79 -0.22 TRP 80

GLN 203 0.07 TRP 80 -0.27 GLY 109

GLN 352 0.09 THR 81 -0.17 GLY 109

GLN 352 0.09 THR 82 -0.09 LYS 20

GLY 311 0.11 VAL 83 -0.11 LYS 20

GLY 311 0.12 ILE 84 -0.13 ARG 15

CYS 310 0.19 GLU 85 -0.17 ARG 15

GLY 299 0.26 ARG 86 -0.13 LYS 14

GLY 299 0.47 THR 87 -0.12 TRP 22

GLY 299 0.39 PHE 88 -0.13 VAL 201

GLY 299 0.39 HIS 89 -0.12 VAL 201

GLY 299 0.32 VAL 90 -0.14 VAL 201

ILE 300 0.30 GLU 91 -0.13 VAL 201

ILE 300 0.32 THR 92 -0.14 VAL 201

ILE 300 0.35 PRO 93 -0.16 VAL 201

ILE 300 0.30 GLU 94 -0.17 VAL 201

GLY 299 0.28 GLU 95 -0.17 VAL 201

GLY 299 0.33 ARG 96 -0.18 VAL 201

ILE 300 0.30 GLU 97 -0.20 VAL 201

GLY 299 0.25 GLU 98 -0.20 VAL 201

GLY 299 0.26 TRP 99 -0.20 VAL 201

GLY 299 0.29 THR 100 -0.23 VAL 201

GLY 299 0.24 THR 101 -0.25 VAL 201

GLY 299 0.21 ALA 102 -0.23 SER 396

GLY 299 0.22 ILE 103 -0.25 LEU 202

GLY 299 0.22 GLN 104 -0.30 VAL 201

GLY 299 0.18 THR 105 -0.30 VAL 201

GLY 299 0.17 VAL 106 -0.29 LYS 268

GLN 61 0.17 ALA 107 -0.34 LEU 202

GLN 61 0.14 ASP 108 -0.42 LEU 202

GLN 61 0.17 GLY 109 -0.59 LYS 268

GLN 352 0.12 ARG 144 -0.45 GLN 203

GLN 352 0.16 VAL 145 -0.36 GLN 203

GLN 352 0.20 THR 146 -0.31 VAL 201

GLN 352 0.24 MET 147 -0.24 VAL 201

GLN 352 0.24 ASN 148 -0.24 GLN 203

GLN 352 0.21 GLU 149 -0.27 GLN 203

GLN 352 0.24 PHE 150 -0.22 ARG 206

GLN 352 0.28 GLU 151 -0.17 ARG 206

GLN 352 0.32 TYR 152 -0.15 GLY 109

GLN 352 0.34 LEU 153 -0.14 GLY 109

GLN 352 0.37 LYS 154 -0.12 GLY 109

GLN 352 0.41 LEU 155 -0.10 GLY 109

GLU 278 0.42 LEU 156 -0.10 GLY 109

GLU 278 0.40 GLY 157 -0.09 PHE 438

GLN 352 0.40 LYS 158 -0.06 PHE 438

LYS 307 0.36 GLY 159 -0.06 PHE 438

ARG 67 0.31 THR 160 -0.04 LEU 295

GLN 352 0.23 PHE 161 -0.04 THR 21

GLN 352 0.28 GLY 162 -0.06 VAL 201

GLN 352 0.31 LYS 163 -0.07 GLY 109

GLN 352 0.29 VAL 164 -0.11 GLY 109

GLN 352 0.30 ILE 165 -0.13 GLY 109

GLN 352 0.28 LEU 166 -0.15 GLY 109

GLN 352 0.25 VAL 167 -0.18 GLY 109

GLN 352 0.22 LYS 168 -0.20 GLY 109

GLN 352 0.19 GLU 169 -0.26 ARG 206

GLN 352 0.20 LYS 170 -0.26 ARG 206

GLN 352 0.16 ALA 171 -0.32 ARG 206

GLN 352 0.13 THR 172 -0.35 GLU 418

GLN 352 0.17 GLY 173 -0.27 GLU 418

GLN 352 0.14 ARG 174 -0.26 GLU 418

GLN 352 0.16 TYR 175 -0.21 GLY 109

GLN 352 0.17 TYR 176 -0.22 GLY 109

GLN 352 0.20 ALA 177 -0.18 GLY 109

GLN 352 0.21 MET 178 -0.18 GLY 109

GLN 352 0.21 LYS 179 -0.14 GLY 109

GLN 352 0.23 ILE 180 -0.11 GLN 59

GLN 352 0.21 LEU 181 -0.08 GLN 59

GLN 352 0.23 LYS 182 -0.10 VAL 201

GLN 352 0.18 LYS 183 -0.12 VAL 201

GLN 352 0.20 GLU 184 -0.09 VAL 201

LYS 307 0.20 VAL 185 -0.07 THR 21

GLN 352 0.16 ILE 186 -0.11 TRP 22

GLY 109 0.17 VAL 187 -0.11 TRP 22

GLN 352 0.06 VAL 201 -0.42 PHE 217

TRP 80 0.07 LEU 202 -0.52 GLY 109

ASP 292 0.08 GLN 203 -0.55 GLY 109

THR 211 0.13 ASN 204 -0.49 GLY 109

THR 291 0.08 SER 205 -0.47 GLY 109

LEU 210 0.07 ARG 206 -0.44 GLY 109

PRO 68 0.04 HIS 207 -0.40 GLY 109

PRO 68 0.05 PRO 208 -0.34 GLY 109

PRO 68 0.08 PHE 209 -0.31 GLY 109

ARG 206 0.07 LEU 210 -0.32 GLY 109

ASN 204 0.13 THR 211 -0.28 GLY 109

ASN 204 0.10 ALA 212 -0.33 GLY 109

GLN 352 0.07 LEU 213 -0.33 GLY 109

GLN 352 0.10 LYS 214 -0.33 GLY 109

GLN 352 0.11 TYR 215 -0.38 GLN 203

GLN 352 0.11 SER 216 -0.33 GLN 203

GLN 352 0.14 PHE 217 -0.42 VAL 201

GLN 352 0.16 GLN 218 -0.33 VAL 201

GLN 352 0.19 THR 219 -0.26 VAL 201

GLN 352 0.19 HIS 220 -0.22 VAL 201

GLN 352 0.21 ASP 221 -0.17 VAL 201

GLN 352 0.21 ARG 222 -0.18 VAL 201

GLN 352 0.17 LEU 223 -0.19 GLN 59

GLN 352 0.18 CYS 224 -0.19 GLN 59

GLN 352 0.15 PHE 225 -0.22 GLY 109

GLN 352 0.15 VAL 226 -0.24 GLY 109

GLN 352 0.12 MET 227 -0.25 GLY 109

GLN 352 0.11 GLU 228 -0.25 GLY 109

GLN 352 0.12 TYR 229 -0.21 GLY 109

PRO 68 0.10 ALA 230 -0.21 GLY 109

GLY 233 0.13 ASN 231 -0.19 GLY 109

PRO 68 0.11 GLY 232 -0.19 GLY 109

LEU 153 0.18 GLY 233 -0.16 GLY 109

LYS 154 0.24 GLU 234 -0.16 GLY 109

LYS 154 0.24 LEU 235 -0.16 GLY 109

LEU 156 0.34 PHE 236 -0.13 GLY 109

LYS 154 0.35 PHE 237 -0.13 LYS 301

LYS 154 0.25 HIS 238 -0.15 GLY 109

LYS 154 0.28 LEU 239 -0.15 GLY 109

LYS 154 0.34 SER 240 -0.12 GLY 109

LYS 154 0.31 ARG 241 -0.13 GLY 109

LYS 154 0.25 GLU 242 -0.14 GLY 109

LYS 154 0.27 ARG 243 -0.14 VAL 4

LYS 154 0.23 VAL 244 -0.16 VAL 4

LYS 154 0.20 PHE 245 -0.18 GLY 109

LEU 155 0.16 SER 246 -0.19 GLY 109

LEU 155 0.16 GLU 247 -0.21 GLY 109

PRO 68 0.13 ASP 248 -0.23 GLY 109

PRO 68 0.14 ARG 249 -0.22 GLY 109

LEU 155 0.16 ALA 250 -0.22 GLY 109

PRO 68 0.13 ARG 251 -0.25 GLY 109

PRO 68 0.12 PHE 252 -0.26 GLY 109

PRO 68 0.13 TYR 253 -0.25 GLY 109

GLY 157 0.13 GLY 254 -0.26 GLY 109

PRO 68 0.11 ALA 255 -0.30 GLY 109

PRO 68 0.10 GLU 256 -0.30 GLY 109

PRO 68 0.11 ILE 257 -0.29 GLY 109

PRO 68 0.10 VAL 258 -0.33 GLY 109

PRO 68 0.08 SER 259 -0.36 GLY 109

PRO 68 0.08 ALA 260 -0.36 GLY 109

PRO 68 0.08 LEU 261 -0.36 GLY 109

PRO 68 0.06 ASP 262 -0.41 GLY 109

GLY 294 0.05 TYR 263 -0.44 GLY 109

TYR 272 0.07 LEU 264 -0.44 GLY 109

GLY 157 0.06 HIS 265 -0.45 GLY 109

GLY 294 0.05 SER 266 -0.51 GLY 109

TYR 272 0.06 GLU 267 -0.58 GLY 109

TYR 272 0.07 LYS 268 -0.59 GLY 109

GLY 294 0.04 ASN 269 -0.52 GLY 109

GLY 294 0.05 VAL 270 -0.40 GLY 109

PRO 68 0.08 VAL 271 -0.30 GLY 109

PRO 68 0.11 TYR 272 -0.25 GLY 109

PRO 68 0.15 ARG 273 -0.19 GLY 109

GLY 157 0.20 ASP 274 -0.15 GLY 109

GLY 157 0.23 LEU 275 -0.18 GLY 109

GLY 157 0.31 LYS 276 -0.15 GLY 109

LEU 156 0.31 LEU 277 -0.15 GLY 109

LEU 156 0.42 GLU 278 -0.15 LYS 301

LEU 156 0.26 ASN 279 -0.16 GLY 109

LEU 156 0.21 LEU 280 -0.19 GLY 109

LEU 156 0.13 MET 281 -0.19 GLY 109

PRO 68 0.11 LEU 282 -0.20 GLY 109

PRO 68 0.10 ASP 283 -0.22 GLY 109

PRO 68 0.10 LYS 284 -0.19 GLY 109

PRO 68 0.09 ASP 285 -0.21 GLY 109

PRO 68 0.10 GLY 286 -0.21 GLY 109

PRO 68 0.10 HIS 287 -0.24 GLY 109

PRO 68 0.11 ILE 288 -0.25 GLY 109

PRO 68 0.10 LYS 289 -0.24 GLY 109

PRO 68 0.11 ILE 290 -0.24 GLY 109

ARG 67 0.12 THR 291 -0.19 GLY 109

ASN 204 0.11 ASP 292 -0.18 GLY 109

THR 312 0.15 PHE 293 -0.14 LYS 301

THR 312 0.18 GLY 294 -0.17 LYS 301

GLY 311 0.27 LEU 295 -0.09 LYS 301

CYS 310 0.32 CYS 296 -0.16 LYS 301

ARG 67 0.35 LYS 297 -0.09 GLY 294

ARG 67 0.44 GLU 298 -0.10 LYS 20

ARG 67 0.69 GLY 299 -0.11 LYS 20

ARG 67 0.78 ILE 300 -0.14 CYS 296

ARG 67 0.73 LYS 301 -0.18 CYS 310

PRO 68 0.55 LYS 307 -0.05 GLY 311

PRO 68 0.65 THR 308 -0.08 CYS 310

PRO 68 0.49 PHE 309 -0.07 LYS 301

ARG 67 0.37 CYS 310 -0.18 LYS 301

GLY 159 0.36 GLY 311 -0.15 LYS 301

LYS 158 0.40 THR 312 -0.11 LYS 301

PRO 68 0.35 PRO 313 -0.09 VAL 4

GLY 157 0.34 GLU 314 -0.11 VAL 4

GLY 157 0.29 TYR 315 -0.14 VAL 4

PRO 68 0.27 LEU 316 -0.13 VAL 4

PRO 68 0.23 ALA 317 -0.17 VAL 4

PRO 68 0.24 PRO 318 -0.17 VAL 4

PRO 68 0.18 GLU 319 -0.16 VAL 4

PRO 68 0.21 VAL 320 -0.11 VAL 4

PRO 68 0.28 LEU 321 -0.10 PRO 42

PRO 68 0.22 GLU 322 -0.12 PRO 42

PRO 68 0.16 ASP 323 -0.08 TRP 80

PRO 68 0.10 ASN 324 -0.10 TYR 38

GLY 159 0.09 ASP 325 -0.12 GLY 109

PRO 68 0.09 TYR 326 -0.18 GLY 109

GLY 157 0.09 GLY 327 -0.28 VAL 4

GLY 157 0.08 ARG 328 -0.31 GLY 109

GLY 157 0.11 ALA 329 -0.31 VAL 4

PRO 68 0.15 VAL 330 -0.23 VAL 4

GLY 157 0.14 ASP 331 -0.26 GLY 109

GLY 157 0.15 TRP 332 -0.27 VAL 4

PRO 68 0.18 TRP 333 -0.24 VAL 4

GLY 157 0.21 GLY 334 -0.20 GLY 109

GLY 157 0.19 LEU 335 -0.23 GLY 109

GLY 157 0.20 GLY 336 -0.23 VAL 4

GLY 157 0.24 VAL 337 -0.19 VAL 4

GLY 157 0.24 VAL 338 -0.18 GLY 109

GLY 157 0.21 MET 339 -0.20 VAL 4

LEU 155 0.23 TYR 340 -0.19 VAL 4

LEU 155 0.27 GLU 341 -0.17 VAL 4

LEU 155 0.24 MET 342 -0.17 VAL 4

LEU 155 0.22 MET 343 -0.19 VAL 4

LEU 155 0.26 CYS 344 -0.17 VAL 4

LEU 155 0.29 GLY 345 -0.15 VAL 4

LEU 155 0.32 ARG 346 -0.14 VAL 4

LEU 155 0.32 LEU 347 -0.14 VAL 4

LEU 155 0.27 PRO 348 -0.17 VAL 4

PRO 68 0.31 PHE 349 -0.14 VAL 4

LEU 155 0.34 TYR 350 -0.12 VAL 4

PRO 68 0.38 ASN 351 -0.11 PRO 42

PRO 68 0.43 GLN 352 -0.08 PRO 42

PRO 68 0.46 ASP 353 -0.10 PRO 42

PRO 68 0.47 HIS 354 -0.10 PRO 42

PRO 68 0.49 GLU 355 -0.12 PRO 42

PRO 68 0.42 LYS 356 -0.13 PRO 42

PRO 68 0.38 LEU 357 -0.13 PRO 42

PRO 68 0.38 PHE 358 -0.14 PRO 42

PRO 68 0.37 GLU 359 -0.15 PRO 42

PRO 68 0.33 LEU 360 -0.15 PRO 42

PRO 68 0.30 ILE 361 -0.15 VAL 4

PRO 68 0.29 LEU 362 -0.19 PRO 42

PRO 68 0.29 MET 363 -0.19 PRO 42

PRO 68 0.28 GLU 364 -0.17 VAL 4

PRO 68 0.25 GLU 365 -0.20 VAL 4

PRO 68 0.25 ILE 366 -0.20 VAL 4

PRO 68 0.25 ARG 367 -0.19 VAL 4

PRO 68 0.23 PHE 368 -0.20 VAL 4

LEU 155 0.23 PRO 369 -0.19 VAL 4

LEU 155 0.21 ARG 370 -0.20 VAL 4

LEU 155 0.21 THR 371 -0.19 VAL 4

LEU 155 0.19 LEU 372 -0.21 VAL 4

PRO 68 0.17 GLY 373 -0.23 VAL 4

PRO 68 0.16 PRO 374 -0.25 VAL 4

PRO 68 0.14 GLU 375 -0.26 VAL 4

PRO 68 0.16 ALA 376 -0.25 VAL 4

PRO 68 0.18 LYS 377 -0.25 VAL 4

PRO 68 0.16 SER 378 -0.28 VAL 4

PRO 68 0.15 LEU 379 -0.28 VAL 4

PRO 68 0.18 LEU 380 -0.25 VAL 4

PRO 68 0.18 SER 381 -0.26 VAL 4

PRO 68 0.15 GLY 382 -0.31 VAL 4

PRO 68 0.16 LEU 383 -0.28 VAL 4

PRO 68 0.20 LEU 384 -0.25 VAL 4

PRO 68 0.18 LYS 385 -0.27 VAL 4

PRO 68 0.19 LYS 386 -0.25 VAL 4

THR 21 0.16 ASP 387 -0.29 VAL 4

PRO 68 0.12 PRO 388 -0.33 VAL 4

GLY 157 0.09 LYS 389 -0.42 VAL 4

GLY 157 0.11 GLN 390 -0.38 VAL 4

PRO 68 0.13 ARG 391 -0.34 VAL 4

GLY 157 0.12 LEU 392 -0.36 VAL 4

GLY 157 0.11 GLY 393 -0.39 VAL 4

GLY 157 0.10 GLY 394 -0.42 VAL 4

GLY 157 0.08 GLY 395 -0.51 VAL 4

ALA 329 0.07 SER 396 -0.60 VAL 4

GLY 157 0.06 GLU 397 -0.52 VAL 4

GLY 157 0.08 ASP 398 -0.45 VAL 4

GLY 157 0.08 ALA 399 -0.39 GLY 109

GLY 157 0.07 LYS 400 -0.41 VAL 4

GLY 157 0.09 GLU 401 -0.41 VAL 4

GLY 157 0.11 ILE 402 -0.35 VAL 4

PRO 68 0.09 MET 403 -0.35 GLY 109

PRO 68 0.09 GLN 404 -0.35 VAL 4

PRO 68 0.10 HIS 405 -0.33 VAL 4

PRO 68 0.11 ARG 406 -0.30 VAL 4

PRO 68 0.13 PHE 407 -0.27 VAL 4

PRO 68 0.11 PHE 408 -0.30 GLY 109

PRO 68 0.10 ALA 409 -0.30 GLY 109

PRO 68 0.09 GLY 410 -0.30 GLY 109

PRO 68 0.09 ILE 411 -0.31 GLY 109

PRO 68 0.07 VAL 412 -0.34 GLY 109

PRO 68 0.07 TRP 413 -0.36 GLY 109

PRO 68 0.05 GLN 414 -0.38 GLY 109

PRO 68 0.06 HIS 415 -0.33 GLY 109

PRO 68 0.08 VAL 416 -0.33 GLY 109

PRO 68 0.06 TYR 417 -0.36 GLY 109

PRO 68 0.05 GLU 418 -0.35 THR 172

PRO 68 0.07 LYS 419 -0.30 THR 172

PRO 68 0.07 LYS 420 -0.29 GLY 109

PRO 68 0.08 LEU 421 -0.28 GLY 109

PRO 68 0.09 SER 422 -0.25 GLY 109

PRO 68 0.10 PRO 423 -0.23 GLY 109

PRO 68 0.11 PRO 424 -0.21 GLY 109

PRO 68 0.11 PHE 425 -0.20 GLY 109

PRO 68 0.10 LYS 426 -0.19 GLY 109

PRO 68 0.11 PRO 427 -0.18 GLY 109

PRO 68 0.10 GLN 428 -0.17 GLY 109

PRO 68 0.10 VAL 429 -0.17 GLY 109

PRO 68 0.09 THR 430 -0.16 GLY 109

PRO 68 0.09 SER 431 -0.18 GLY 109

GLN 352 0.09 GLU 432 -0.19 GLY 109

GLN 352 0.12 THR 433 -0.18 GLY 109

ARG 241 0.13 ASP 434 -0.17 GLY 109

ARG 241 0.20 THR 435 -0.16 GLY 109

ARG 241 0.24 ARG 436 -0.15 GLY 109

PHE 237 0.24 TYR 437 -0.16 GLY 109

PHE 237 0.29 PHE 438 -0.15 GLY 109

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.

*** ***

CA distance fluctuations for 2603270735402317746

--- 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.

* *