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.

* 6N31 *

CA distance fluctuations for 260409122435875849

--- 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
GLY 199 0.18 PRO 94 -0.06 ASP 102

GLY 199 0.19 GLU 95 -0.07 HIS 100

SER 200 0.16 GLN 96 -0.08 ASP 120

SER 200 0.13 CYS 97 -0.09 HIS 100

SER 132 0.12 MET 98 -0.10 HIS 100

SER 132 0.17 PHE 99 -0.16 HIS 100

ASN 407 0.14 HIS 100 -0.16 PHE 99

THR 317 0.13 ASP 101 -0.15 ASP 120

THR 135 0.15 ASP 102 -0.10 PHE 99

THR 317 0.15 TRP 103 -0.11 SER 191

THR 317 0.12 ILE 104 -0.08 SER 191

THR 317 0.13 SER 105 -0.10 SER 191

GLY 199 0.09 SER 106 -0.09 PRO 307

GLY 199 0.14 ILE 107 -0.13 PRO 307

SER 200 0.18 LYS 108 -0.20 PRO 307

SER 200 0.21 GLY 109 -0.23 PRO 307

GLY 201 0.25 ALA 110 -0.32 PRO 352

SER 200 0.25 GLU 111 -0.31 PRO 352

SER 200 0.18 GLU 112 -0.28 THR 395

SER 200 0.15 TRP 113 -0.24 THR 395

SER 200 0.16 ILE 114 -0.19 PRO 307

GLY 201 0.11 LEU 115 -0.19 PRO 307

SER 200 0.10 THR 116 -0.14 PRO 307

THR 317 0.10 GLY 117 -0.11 PRO 307

THR 317 0.14 SER 118 -0.08 PRO 307

THR 317 0.19 TYR 119 -0.10 MET 227

THR 317 0.18 ASP 120 -0.15 ASP 101

THR 317 0.16 LYS 121 -0.11 MET 227

THR 317 0.13 THR 122 -0.10 PRO 307

THR 317 0.10 SER 123 -0.14 PRO 307

ASP 102 0.08 ARG 124 -0.16 PRO 307

ASN 407 0.07 ILE 125 -0.20 PRO 307

SER 200 0.11 TRP 126 -0.16 PRO 307

SER 200 0.13 SER 127 -0.18 THR 395

SER 200 0.19 LEU 128 -0.15 THR 395

SER 200 0.16 GLU 129 -0.12 HIS 354

SER 200 0.13 GLY 130 -0.11 LEU 308

SER 153 0.11 LYS 131 -0.13 LEU 308

PHE 99 0.17 SER 132 -0.14 PRO 307

VAL 174 0.12 ILE 133 -0.18 PRO 307

ASP 102 0.12 MET 134 -0.18 PRO 307

ASP 102 0.15 THR 135 -0.15 PRO 307

LYS 178 0.10 ILE 136 -0.15 PRO 307

THR 317 0.12 VAL 137 -0.12 PRO 307

LYS 178 0.11 GLY 138 -0.12 GLN 242

VAL 299 0.13 HIS 139 -0.12 MET 227

VAL 299 0.15 THR 140 -0.16 MET 227

VAL 299 0.18 ASP 141 -0.14 MET 227

THR 317 0.19 VAL 142 -0.12 ASP 164

THR 317 0.15 VAL 143 -0.09 ARG 186

ASN 301 0.14 LYS 144 -0.09 SER 105

ASP 396 0.09 ASP 145 -0.09 PRO 307

ASP 396 0.09 VAL 146 -0.16 PRO 307

THR 397 0.13 ALA 147 -0.23 PRO 307

ALA 110 0.15 TRP 148 -0.31 PRO 307

THR 218 0.16 VAL 149 -0.32 PRO 307

VAL 219 0.22 LYS 150 -0.42 PRO 307

VAL 219 0.14 LYS 151 -0.42 PRO 307

ASP 222 0.14 ASP 152 -0.44 PRO 307

ASP 222 0.12 SER 153 -0.40 PRO 307

ASP 222 0.11 LEU 154 -0.36 PRO 307

ASP 222 0.13 SER 155 -0.35 PRO 307

ASP 222 0.10 CYS 156 -0.33 PRO 307

LYS 150 0.10 LEU 157 -0.29 PRO 307

THR 397 0.07 LEU 158 -0.25 PRO 307

THR 397 0.09 LEU 159 -0.18 PRO 307

ASP 396 0.07 SER 160 -0.14 PRO 307

ASP 396 0.09 ALA 161 -0.09 PRO 307

VAL 299 0.13 SER 162 -0.09 ARG 186

VAL 299 0.18 MET 163 -0.14 GLN 165

VAL 299 0.14 ASP 164 -0.12 MET 227

GLY 190 0.14 GLN 165 -0.14 MET 163

GLY 190 0.13 THR 166 -0.10 ARG 186

ASP 396 0.10 ILE 167 -0.09 PRO 307

GLY 190 0.09 LEU 168 -0.12 PRO 307

LYS 150 0.08 LEU 169 -0.16 PRO 307

GLY 190 0.07 TRP 170 -0.20 PRO 307

SER 155 0.08 GLU 171 -0.24 PRO 307

GLY 138 0.07 TRP 172 -0.26 PRO 307

GLY 138 0.08 ASN 173 -0.28 PRO 307

ILE 133 0.12 VAL 174 -0.29 PRO 307

ILE 133 0.11 GLU 175 -0.28 PRO 307

ASP 101 0.11 ARG 176 -0.26 PRO 307

ASP 101 0.12 ASN 177 -0.24 PRO 307

VAL 137 0.11 LYS 178 -0.22 PRO 307

GLY 138 0.11 VAL 179 -0.21 PRO 307

GLY 190 0.08 LYS 180 -0.19 PRO 307

GLY 190 0.10 ALA 181 -0.16 PRO 307

LYS 150 0.09 LEU 182 -0.16 PRO 307

LYS 150 0.10 HIS 183 -0.12 PRO 307

HIS 188 0.11 CYS 184 -0.10 THR 140

HIS 188 0.12 CYS 185 -0.09 THR 140

HIS 188 0.15 ARG 186 -0.12 THR 140

ASP 210 0.13 GLY 187 -0.13 GLN 165

ARG 186 0.15 HIS 188 -0.10 ALA 405

GLN 242 0.17 ALA 189 -0.13 ALA 405

GLN 242 0.16 GLY 190 -0.13 ASP 387

ALA 259 0.15 SER 191 -0.14 ALA 405

ASP 396 0.09 VAL 192 -0.10 ALA 405

SER 261 0.12 ASP 193 -0.11 LYS 388

ASP 396 0.12 SER 194 -0.07 LYS 150

ASP 396 0.17 ILE 195 -0.11 ARG 327

ASP 396 0.25 ALA 196 -0.21 LEU 264

ASP 396 0.30 VAL 197 -0.23 ARG 327

ASP 396 0.37 ASP 198 -0.26 ARG 327

ASP 396 0.48 GLY 199 -0.31 ARG 327

ASP 396 0.42 SER 200 -0.29 ARG 327

ASP 396 0.34 GLY 201 -0.27 ARG 327

ASP 396 0.28 THR 202 -0.23 ARG 327

ASP 396 0.27 LYS 203 -0.19 ARG 327

ASP 396 0.25 PHE 204 -0.16 ARG 327

ASP 396 0.22 CYS 205 -0.11 THR 328

ASP 396 0.16 SER 206 -0.06 THR 328

ASP 396 0.13 GLY 207 -0.09 LYS 388

GLN 242 0.10 SER 208 -0.12 LYS 388

ALA 259 0.14 TRP 209 -0.16 LYS 388

GLN 242 0.15 ASP 210 -0.14 LYS 388

GLN 242 0.11 LYS 211 -0.12 LYS 388

ASP 396 0.12 MET 212 -0.10 LYS 388

ASP 396 0.15 LEU 213 -0.07 LYS 388

ASP 396 0.18 LYS 214 -0.06 LYS 388

ASP 396 0.21 ILE 215 -0.10 TRP 216

ASP 396 0.20 TRP 216 -0.12 THR 328

ASP 396 0.21 SER 217 -0.15 THR 328

ASP 396 0.18 THR 218 -0.18 ARG 327

LYS 150 0.22 VAL 219 -0.19 ARG 327

LYS 150 0.20 PRO 220 -0.18 ARG 327

LYS 150 0.15 THR 221 -0.15 ARG 327

LYS 150 0.15 ASP 222 -0.14 ARG 327

LYS 150 0.12 GLU 223 -0.13 GLY 286

LYS 150 0.11 GLU 224 -0.10 GLY 286

ASP 396 0.12 ASP 225 -0.10 THR 140

ASP 396 0.11 GLU 226 -0.13 THR 140

SER 254 0.10 MET 227 -0.16 THR 140

ALA 189 0.17 GLN 242 -0.12 GLY 138

GLY 190 0.13 LEU 243 -0.10 PRO 307

ALA 189 0.11 GLY 244 -0.12 PRO 307

ALA 189 0.10 LEU 245 -0.09 PRO 307

ALA 189 0.10 THR 246 -0.12 THR 140

ASP 396 0.12 ARG 247 -0.10 THR 140

ASP 396 0.14 THR 248 -0.10 THR 140

ASP 396 0.17 PRO 249 -0.07 THR 140

ASP 396 0.20 ILE 250 -0.08 GLY 286

ASP 396 0.19 VAL 251 -0.06 GLN 165

ASP 396 0.16 THR 252 -0.07 LYS 388

ASP 396 0.16 LEU 253 -0.06 GLU 258

ASP 396 0.12 SER 254 -0.08 LYS 388

ASP 396 0.10 GLY 255 -0.08 VAL 299

LYS 211 0.10 HIS 256 -0.09 LEU 363

ASP 330 0.12 MET 257 -0.11 GLY 343

MET 163 0.13 GLU 258 -0.13 LEU 363

MET 163 0.16 ALA 259 -0.14 LYS 388

MET 163 0.12 VAL 260 -0.10 LYS 388

MET 163 0.15 SER 261 -0.12 THR 346

ASP 396 0.10 SER 262 -0.12 LYS 150

ASP 396 0.16 VAL 263 -0.14 LYS 150

PRO 352 0.20 LEU 264 -0.23 LYS 150

PRO 352 0.29 TRP 265 -0.25 LYS 150

PRO 352 0.28 SER 266 -0.30 LYS 150

PRO 352 0.35 ASP 267 -0.32 ARG 327

PRO 352 0.38 ALA 268 -0.28 THR 328

PRO 352 0.30 GLU 269 -0.24 LYS 329

PRO 352 0.26 GLU 270 -0.22 LYS 329

PRO 352 0.23 ILE 271 -0.18 LYS 150

PRO 352 0.16 CYS 272 -0.20 LYS 150

PRO 352 0.12 SER 273 -0.14 LYS 150

MET 163 0.10 ALA 274 -0.13 LYS 150

MET 163 0.14 SER 275 -0.09 LEU 363

MET 163 0.17 TRP 276 -0.12 GLY 343

MET 163 0.14 ASP 277 -0.12 VAL 299

MET 163 0.15 HIS 278 -0.11 LYS 298

MET 163 0.12 THR 279 -0.12 ASP 152

MET 163 0.09 ILE 280 -0.15 LYS 150

PRO 352 0.11 ARG 281 -0.15 LYS 150

PRO 307 0.17 VAL 282 -0.18 LYS 150

PRO 352 0.19 TRP 283 -0.14 LYS 150

PRO 352 0.23 ASP 284 -0.15 LYS 329

ASP 396 0.24 VAL 285 -0.13 SER 217

ASP 396 0.25 GLY 286 -0.13 GLU 223

PRO 352 0.22 SER 287 -0.11 GLU 223

ASP 396 0.20 GLY 288 -0.08 GLU 223

PRO 352 0.18 SER 289 -0.07 ASP 152

PRO 307 0.16 LEU 290 -0.10 ASP 152

PRO 307 0.20 LYS 291 -0.14 ASP 152

ARG 327 0.16 SER 292 -0.16 ASP 152

LYS 329 0.12 THR 293 -0.15 ASP 152

ASP 277 0.09 LEU 294 -0.17 ASP 152

ASP 277 0.14 THR 295 -0.13 ASP 152

ASP 141 0.13 GLY 296 -0.12 ASP 152

ASP 141 0.15 ASN 297 -0.10 ASP 152

ASP 141 0.17 LYS 298 -0.11 HIS 278

ASP 141 0.18 VAL 299 -0.12 ASP 277

VAL 142 0.15 PHE 300 -0.10 LYS 150

VAL 142 0.16 ASN 301 -0.09 TRP 276

VAL 142 0.10 CYS 302 -0.13 LYS 150

LYS 349 0.07 ILE 303 -0.19 LYS 150

SER 266 0.14 SER 304 -0.26 LYS 150

SER 266 0.17 TYR 305 -0.33 LYS 150

SER 266 0.22 SER 306 -0.37 ASP 152

ASP 267 0.23 PRO 307 -0.44 ASP 152

ASP 267 0.23 LEU 308 -0.42 ASP 152

ASP 284 0.16 CYS 309 -0.35 ASP 152

LYS 291 0.18 LYS 310 -0.37 ASP 152

LYS 291 0.13 ARG 311 -0.31 ASP 152

LYS 291 0.10 LEU 312 -0.26 ASP 152

ASP 284 0.06 ALA 313 -0.22 ASP 152

VAL 142 0.08 SER 314 -0.17 ASP 152

VAL 142 0.11 GLY 315 -0.12 ASP 152

VAL 142 0.15 SER 316 -0.09 ASP 152

VAL 142 0.19 THR 317 -0.15 ASP 318

TYR 119 0.15 ASP 318 -0.15 THR 317

TYR 119 0.13 ARG 319 -0.09 SER 340

TYR 119 0.11 HIS 320 -0.12 ASP 152

TYR 119 0.08 ILE 321 -0.15 ASP 152

VAL 142 0.08 ARG 322 -0.17 ASP 152

TRP 324 0.07 LEU 323 -0.22 ASP 152

LEU 323 0.07 TRP 324 -0.24 ASP 152

LYS 291 0.08 ASP 325 -0.29 ASP 152

SER 292 0.13 PRO 326 -0.27 LYS 150

LYS 291 0.17 ARG 327 -0.32 ASP 267

THR 293 0.09 THR 328 -0.29 ASP 267

THR 293 0.12 LYS 329 -0.26 ALA 268

MET 257 0.12 ASP 330 -0.22 ASP 152

MET 257 0.08 GLY 331 -0.24 ASP 152

ASP 277 0.10 SER 332 -0.19 ASP 152

ASN 297 0.12 LEU 333 -0.20 ASP 152

ASN 297 0.09 VAL 334 -0.23 ASP 152

ARG 319 0.07 SER 335 -0.21 ASP 152

ASP 364 0.06 LEU 336 -0.19 ASP 152

ASP 364 0.08 SER 337 -0.16 ASP 152

ASP 364 0.08 LEU 338 -0.15 ASP 152

ASP 364 0.10 THR 339 -0.12 ASP 152

ASP 364 0.09 SER 340 -0.10 ASP 152

ASP 364 0.13 HIS 341 -0.10 THR 317

ASP 364 0.12 THR 342 -0.11 THR 317

TRP 103 0.13 GLY 343 -0.13 TRP 344

TYR 119 0.16 TRP 344 -0.13 GLY 343

TYR 119 0.12 VAL 345 -0.09 TRP 276

TYR 119 0.12 THR 346 -0.12 SER 261

ALA 268 0.09 SER 347 -0.11 ASP 152

ALA 268 0.12 VAL 348 -0.16 ASP 152

ALA 268 0.19 LYS 349 -0.20 ASP 152

ALA 268 0.22 TRP 350 -0.27 ASP 152

ALA 268 0.28 SER 351 -0.28 ASP 152

ALA 268 0.38 PRO 352 -0.35 ASP 152

ALA 268 0.35 THR 353 -0.34 ASP 396

ALA 268 0.26 HIS 354 -0.32 ASP 396

ASP 267 0.21 GLU 355 -0.33 ASP 152

ASP 267 0.16 GLN 356 -0.27 ASP 152

ALA 268 0.19 GLN 357 -0.23 ASP 152

ALA 268 0.18 LEU 358 -0.21 ASP 152

ALA 268 0.17 ILE 359 -0.15 ASP 152

ALA 268 0.12 SER 360 -0.13 ASP 152

ALA 268 0.10 GLY 361 -0.08 ASP 152

TRP 103 0.10 SER 362 -0.10 ALA 259

TRP 103 0.13 LEU 363 -0.14 TRP 209

HIS 341 0.13 ASP 364 -0.12 TRP 209

ASP 406 0.11 ASN 365 -0.12 TRP 209

ALA 268 0.10 ILE 366 -0.09 TRP 209

ALA 268 0.12 VAL 367 -0.07 ASP 152

ALA 268 0.13 LYS 368 -0.09 ASP 152

ALA 268 0.16 LEU 369 -0.12 ASP 152

ALA 268 0.13 TRP 370 -0.17 ASP 152

ALA 268 0.13 ASP 371 -0.20 ASP 152

ASP 284 0.09 THR 372 -0.22 ASP 152

SER 287 0.09 ARG 373 -0.22 ASP 152

ALA 268 0.08 SER 374 -0.18 ASP 152

ASP 364 0.07 CYS 375 -0.17 ASP 152

ASP 364 0.08 LYS 376 -0.14 ASP 152

GLU 386 0.08 ALA 377 -0.12 ASP 152

ALA 268 0.11 PRO 378 -0.12 ASP 152

ALA 268 0.14 LEU 379 -0.12 SER 153

ALA 268 0.15 TYR 380 -0.08 SER 153

ALA 268 0.12 ASP 381 -0.06 ASP 152

ALA 268 0.14 LEU 382 -0.06 TRP 209

GLY 199 0.11 ALA 383 -0.08 TRP 209

GLY 199 0.12 ALA 384 -0.08 TRP 209

GLY 199 0.10 HIS 385 -0.11 TRP 209

SER 132 0.10 GLU 386 -0.12 TRP 209

ASP 406 0.13 ASP 387 -0.15 TRP 209

GLY 343 0.13 LYS 388 -0.16 TRP 209

GLY 404 0.09 VAL 389 -0.12 TRP 209

TRP 344 0.12 LEU 390 -0.13 TRP 209

ALA 268 0.10 SER 391 -0.08 TRP 209

GLY 199 0.15 VAL 392 -0.09 ASP 152

GLY 199 0.22 ASP 393 -0.15 GLY 109

GLY 199 0.28 TRP 394 -0.18 ALA 110

GLY 199 0.38 THR 395 -0.28 GLU 112

GLY 199 0.48 ASP 396 -0.34 THR 353

GLY 199 0.40 THR 397 -0.23 GLU 112

GLY 199 0.34 GLY 398 -0.17 HIS 354

GLY 199 0.29 LEU 399 -0.12 HIS 354

GLY 199 0.24 LEU 400 -0.09 SER 153

GLY 199 0.20 LEU 401 -0.07 SER 351

GLY 199 0.15 SER 402 -0.06 TRP 209

GLY 199 0.11 GLY 403 -0.08 TRP 209

TRP 344 0.11 GLY 404 -0.12 TRP 209

ASP 101 0.13 ALA 405 -0.14 SER 191

ASP 387 0.13 ASP 406 -0.12 SER 191

HIS 100 0.14 ASN 407 -0.11 TRP 103

SER 132 0.13 LYS 408 -0.10 TRP 103

GLY 199 0.12 LEU 409 -0.07 ASP 120

GLY 199 0.15 TYR 410 -0.06 ASP 120

GLY 199 0.19 SER 411 -0.06 HIS 100

GLY 199 0.22 TYR 412 -0.05 HIS 100

GLY 199 0.25 ARG 413 -0.07 TYR 414

GLY 199 0.26 TYR 414 -0.10 SER 153

GLY 199 0.29 SER 415 -0.15 SER 153

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.

*** 6N31 ***

CA distance fluctuations for 260409122435875849

--- 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.

* 6N31 *