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CA distance fluctuations for 2609092319512946827

---  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
ARG 346 0.29 ALA 123 -0.09 GLY 401
THR 316 0.29 ILE 124 -0.10 GLY 401
THR 316 0.32 VAL 125 -0.11 GLY 401
THR 316 0.32 ILE 126 -0.10 GLY 401
THR 316 0.35 GLU 127 -0.11 GLY 401
THR 316 0.33 ARG 128 -0.11 GLY 401
GLY 315 0.34 PRO 129 -0.14 GLY 401
THR 316 0.33 ASN 130 -0.14 GLY 401
GLY 315 0.31 VAL 131 -0.16 GLY 401
ASP 388 0.23 LYS 132 -0.16 GLY 401
ASP 388 0.24 TRP 133 -0.17 GLY 401
PRO 389 0.25 SER 134 -0.18 GLY 401
ASP 388 0.26 ASP 135 -0.20 GLY 401
ASP 388 0.26 VAL 136 -0.20 GLY 401
ASP 388 0.27 ALA 137 -0.21 GLY 401
ASP 388 0.28 GLY 138 -0.19 GLY 401
ASP 388 0.26 LEU 139 -0.18 GLY 401
PRO 389 0.26 GLU 140 -0.17 GLY 401
ASP 388 0.24 GLY 141 -0.16 GLY 401
ASP 388 0.23 ALA 142 -0.16 GLY 401
ASP 388 0.23 LYS 143 -0.16 GLY 401
PRO 389 0.22 GLU 144 -0.15 GLY 401
ASP 388 0.21 ALA 145 -0.15 GLY 401
ASP 388 0.21 LEU 146 -0.15 GLY 401
ASP 388 0.21 LYS 147 -0.14 GLY 401
ASP 388 0.20 GLU 148 -0.13 GLY 401
ASP 388 0.20 ALA 149 -0.13 GLY 401
ASP 388 0.20 VAL 150 -0.13 GLY 401
ASP 388 0.20 ILE 151 -0.12 GLY 401
ASP 388 0.19 LEU 152 -0.12 GLY 401
ASP 388 0.18 PRO 153 -0.11 GLY 401
ASP 388 0.19 ILE 154 -0.10 GLY 401
ASP 388 0.19 LYS 155 -0.10 GLY 401
PRO 389 0.18 PHE 156 -0.10 GLY 401
ASP 388 0.17 PRO 157 -0.09 GLY 401
ASP 388 0.17 HIS 158 -0.09 GLY 401
PRO 389 0.17 LEU 159 -0.10 GLY 401
ASP 388 0.17 PHE 160 -0.10 GLY 401
ASP 388 0.16 THR 161 -0.09 GLY 401
ASP 388 0.15 GLY 162 -0.09 GLY 401
ASP 388 0.15 LYS 163 -0.09 GLY 401
ASP 388 0.16 ARG 164 -0.10 GLY 401
ASP 388 0.17 THR 165 -0.10 GLY 401
ASP 388 0.18 PRO 166 -0.11 GLY 401
ASP 388 0.18 TRP 167 -0.12 GLY 401
ASP 388 0.18 ARG 168 -0.11 GLY 401
ASP 388 0.19 GLY 169 -0.12 GLY 401
ASP 388 0.20 ILE 170 -0.14 GLY 401
ASP 388 0.20 LEU 171 -0.15 GLY 401
ASP 388 0.22 LEU 172 -0.16 GLY 401
ASP 388 0.22 PHE 173 -0.17 GLY 401
ASP 388 0.23 GLY 174 -0.18 GLY 401
ASP 388 0.24 PRO 175 -0.20 GLY 401
ASP 388 0.23 PRO 176 -0.22 GLY 401
ASP 388 0.24 GLY 177 -0.24 GLY 401
ASP 388 0.25 THR 178 -0.22 GLY 401
ASP 388 0.25 GLY 179 -0.21 GLY 401
ASP 388 0.23 LYS 180 -0.19 GLY 401
HIS 313 0.27 SER 181 -0.18 GLY 401
HIS 313 0.30 TYR 182 -0.19 GLY 401
ASP 388 0.24 LEU 183 -0.18 GLY 401
ASP 388 0.22 ALA 184 -0.16 GLY 401
GLY 315 0.27 LYS 185 -0.16 GLY 401
ASP 388 0.23 ALA 186 -0.16 GLY 401
ASP 388 0.22 VAL 187 -0.15 GLY 401
GLY 315 0.23 ALA 188 -0.13 GLY 401
THR 316 0.24 THR 189 -0.13 GLY 401
ASP 388 0.21 GLU 190 -0.13 GLY 401
ASP 388 0.20 ALA 191 -0.12 GLY 401
THR 316 0.20 ASN 192 -0.11 GLY 401
THR 316 0.24 ASN 193 -0.11 GLY 401
THR 316 0.24 SER 194 -0.11 GLY 401
THR 316 0.27 THR 195 -0.11 GLY 401
GLY 315 0.28 PHE 196 -0.12 GLY 401
GLY 315 0.27 PHE 197 -0.11 GLY 401
GLY 315 0.27 SER 198 -0.13 GLY 401
ARG 346 0.26 ILE 199 -0.12 GLY 401
ARG 346 0.27 SER 200 -0.14 GLY 401
ILE 343 0.24 SER 201 -0.14 GLY 401
ILE 343 0.28 SER 202 -0.15 GLY 401
ILE 343 0.28 ASP 203 -0.17 GLY 401
ILE 343 0.29 LEU 204 -0.17 GLY 401
ILE 343 0.30 VAL 205 -0.14 GLY 401
ILE 343 0.25 SER 206 -0.12 GLY 401
ASP 347 0.28 LYS 207 -0.11 GLY 401
ARG 346 0.28 TRP 208 -0.10 GLY 401
ARG 346 0.26 LEU 209 -0.09 GLY 401
ARG 346 0.23 GLY 210 -0.09 GLY 401
ARG 346 0.21 GLU 211 -0.08 GLY 401
ARG 346 0.22 SER 212 -0.09 GLY 401
ARG 346 0.20 GLU 213 -0.09 GLY 401
THR 316 0.20 LYS 214 -0.07 GLY 401
THR 316 0.22 LEU 215 -0.09 GLY 401
THR 316 0.20 VAL 216 -0.09 GLY 401
THR 316 0.20 LYS 217 -0.08 GLY 401
THR 316 0.22 ASN 218 -0.08 GLY 401
THR 316 0.23 LEU 219 -0.09 GLY 401
THR 316 0.21 PHE 220 -0.09 GLY 401
THR 316 0.21 GLN 221 -0.08 GLY 401
THR 316 0.24 LEU 222 -0.08 GLY 401
THR 316 0.23 ALA 223 -0.09 GLY 401
THR 316 0.21 ARG 224 -0.08 GLY 401
THR 316 0.22 GLU 225 -0.07 GLY 401
THR 316 0.24 ASN 226 -0.08 GLY 401
THR 316 0.21 LYS 227 -0.09 GLY 401
THR 316 0.21 PRO 228 -0.09 GLY 401
THR 316 0.22 SER 229 -0.10 GLY 401
GLY 315 0.22 ILE 230 -0.12 GLY 401
GLY 315 0.22 ILE 231 -0.12 GLY 401
GLY 315 0.22 PHE 232 -0.14 GLY 401
SER 385 0.21 ILE 233 -0.14 GLY 401
ALA 339 0.23 ASP 234 -0.16 GLY 401
SER 385 0.22 GLU 235 -0.17 GLY 401
SER 385 0.20 ILE 236 -0.15 GLY 401
SER 385 0.20 ASP 237 -0.15 GLY 401
SER 385 0.20 SER 238 -0.15 GLY 401
SER 385 0.19 LEU 239 -0.13 GLY 401
SER 385 0.18 CYS 240 -0.13 GLY 401
SER 385 0.19 GLY 241 -0.13 GLY 401
SER 385 0.18 SER 242 -0.14 GLY 401
SER 385 0.18 ARG 243 -0.15 GLY 401
SER 385 0.16 SER 244 -0.14 GLY 401
SER 385 0.17 GLU 245 -0.13 GLY 401
SER 385 0.17 ASN 246 -0.12 GLY 401
SER 385 0.17 GLU 247 -0.12 GLY 401
SER 385 0.17 SER 248 -0.11 GLY 401
SER 385 0.17 GLU 249 -0.10 GLY 401
SER 385 0.18 ALA 250 -0.09 GLY 401
SER 385 0.18 ALA 251 -0.11 GLY 401
SER 385 0.17 ARG 252 -0.10 GLY 401
SER 385 0.17 ARG 253 -0.09 GLY 401
SER 385 0.18 ILE 254 -0.10 GLY 401
SER 385 0.18 LYS 255 -0.11 GLY 401
SER 385 0.17 THR 256 -0.10 GLY 401
SER 385 0.18 GLU 257 -0.09 GLY 401
SER 385 0.18 PHE 258 -0.10 GLY 401
SER 385 0.17 LEU 259 -0.10 GLY 401
SER 385 0.17 VAL 260 -0.09 GLY 401
SER 385 0.17 GLN 261 -0.09 GLY 401
SER 385 0.17 MET 262 -0.10 GLY 401
ASP 388 0.16 GLN 263 -0.10 GLY 401
SER 385 0.16 GLY 264 -0.09 GLY 401
SER 385 0.16 VAL 265 -0.08 GLY 401
SER 385 0.16 GLY 266 -0.07 GLY 401
THR 316 0.16 VAL 267 -0.07 GLY 401
SER 385 0.16 ASP 268 -0.08 GLY 401
SER 385 0.17 ASN 269 -0.09 GLY 401
ASP 388 0.17 ASP 270 -0.09 GLY 401
ASP 388 0.18 GLY 271 -0.09 GLY 401
THR 316 0.18 ILE 272 -0.10 GLY 401
ASP 388 0.19 LEU 273 -0.12 GLY 401
ASP 388 0.19 VAL 274 -0.12 GLY 401
ASP 388 0.20 LEU 275 -0.14 GLY 401
ASP 388 0.20 GLY 276 -0.15 GLY 401
ASP 388 0.21 ALA 277 -0.17 GLY 401
ASP 388 0.21 THR 278 -0.17 GLY 401
ASP 388 0.22 ASN 279 -0.19 GLY 401
ASP 388 0.20 ILE 280 -0.18 GLY 401
ASP 388 0.20 PRO 281 -0.16 GLY 401
ASP 388 0.19 TRP 282 -0.16 GLY 401
ASP 388 0.18 VAL 283 -0.16 GLY 401
ASP 388 0.18 LEU 284 -0.15 GLY 401
ASP 388 0.17 ASP 285 -0.13 GLY 401
ASP 388 0.17 SER 286 -0.13 GLY 401
ASP 388 0.17 ALA 287 -0.12 GLY 401
ASP 388 0.18 ILE 288 -0.13 GLY 401
ASP 388 0.18 ARG 289 -0.13 GLY 401
ASP 388 0.17 ARG 290 -0.12 GLY 401
ASP 388 0.18 ARG 291 -0.12 GLY 401
ASP 388 0.18 PHE 292 -0.13 GLY 401
ASP 388 0.18 GLU 293 -0.13 GLY 401
ASP 388 0.19 LYS 294 -0.14 GLY 401
ASP 388 0.20 ARG 295 -0.15 GLY 401
ASP 388 0.21 ILE 296 -0.16 GLY 401
ASP 388 0.23 TYR 297 -0.17 GLY 401
ASP 388 0.24 ILE 298 -0.18 GLY 401
ASP 388 0.27 PRO 299 -0.18 GLY 401
ASP 388 0.29 LEU 300 -0.18 GLY 401
ASP 388 0.31 PRO 301 -0.17 GLY 401
ASP 388 0.34 GLU 302 -0.14 GLY 401
ASP 388 0.39 PRO 303 -0.12 GLY 401
PRO 389 0.38 HIS 304 -0.13 ALA 371
ASP 388 0.33 ALA 305 -0.16 GLY 401
ASP 388 0.35 ARG 306 -0.17 GLY 401
ASP 388 0.38 ALA 307 -0.14 ALA 371
ASP 388 0.33 ALA 308 -0.17 ALA 371
ASP 388 0.30 MET 309 -0.21 GLY 401
ASP 388 0.33 PHE 310 -0.19 GLY 401
ASP 388 0.32 LYS 311 -0.19 ALA 371
TYR 182 0.29 LEU 312 -0.24 GLY 401
TYR 182 0.30 HIS 313 -0.30 GLY 401
GLU 127 0.29 LEU 314 -0.27 GLY 401
PRO 129 0.34 GLY 315 -0.32 ALA 371
GLU 127 0.35 THR 316 -0.37 ALA 371
GLU 127 0.31 THR 317 -0.30 ALA 371
GLU 127 0.28 GLN 318 -0.18 ALA 371
GLY 367 0.30 ASN 319 -0.11 ALA 371
GLY 367 0.44 SER 320 -0.05 GLN 318
PRO 389 0.47 LEU 321 -0.08 ALA 371
PRO 389 0.51 THR 322 -0.07 ALA 371
PRO 389 0.46 GLU 323 -0.10 ALA 371
PRO 389 0.55 ALA 324 -0.07 ALA 371
PRO 389 0.54 ASP 325 -0.07 ALA 371
ASP 388 0.45 PHE 326 -0.12 ALA 371
PRO 389 0.47 ARG 327 -0.10 ALA 371
ASP 388 0.54 GLU 328 -0.08 ALA 371
ASP 388 0.48 LEU 329 -0.10 ALA 371
ASP 388 0.43 GLY 330 -0.11 ALA 371
ASP 388 0.48 ARG 331 -0.09 ALA 371
ASP 388 0.49 LYS 332 -0.09 LYS 434
ASP 388 0.42 THR 333 -0.12 GLY 401
ASP 388 0.40 ASP 334 -0.12 GLY 401
ASP 388 0.35 GLY 335 -0.15 GLY 401
ASP 388 0.33 TYR 336 -0.18 GLY 401
ASP 388 0.29 SER 337 -0.21 GLY 401
ASP 388 0.28 GLY 338 -0.23 GLY 401
SER 200 0.25 ALA 339 -0.27 GLY 401
SER 385 0.28 ASP 340 -0.24 GLY 401
SER 385 0.31 ILE 341 -0.22 GLY 401
SER 200 0.27 SER 342 -0.29 GLY 401
VAL 205 0.30 ILE 343 -0.28 GLY 401
SER 385 0.34 ILE 344 -0.22 GLY 401
SER 385 0.31 VAL 345 -0.25 GLY 401
ALA 123 0.29 ARG 346 -0.33 GLY 401
VAL 205 0.29 ASP 347 -0.26 GLY 401
SER 385 0.35 ALA 348 -0.20 GLY 401
ALA 123 0.28 LEU 349 -0.29 GLY 401
ALA 123 0.27 MET 350 -0.28 GLY 401
SER 385 0.29 GLN 351 -0.15 GLY 401
ALA 123 0.24 PRO 352 -0.13 GLY 401
ALA 123 0.22 VAL 353 -0.22 GLY 401
ALA 123 0.22 ARG 354 -0.13 GLY 401
ALA 359 0.22 LYS 355 -0.05 GLU 427
ALA 123 0.17 VAL 356 -0.16 VAL 353
ALA 123 0.14 GLN 357 -0.15 MET 350
LYS 207 0.17 SER 358 -0.05 GLU 427
SER 412 0.29 ALA 359 -0.04 SER 358
SER 412 0.32 THR 360 -0.07 GLN 357
SER 412 0.39 HIS 361 -0.05 GLN 357
SER 412 0.39 PHE 362 -0.05 VAL 353
SER 412 0.44 LYS 363 -0.04 PHE 362
SER 412 0.37 LYS 364 -0.04 VAL 353
THR 322 0.43 VAL 365 -0.04 ALA 391
SER 320 0.42 ARG 366 -0.03 GLY 390
SER 320 0.44 GLY 367 -0.02 LYS 364
SER 320 0.31 PRO 368 -0.02 LYS 364
SER 320 0.15 SER 369 -0.15 THR 316
ALA 123 0.11 ARG 370 -0.31 THR 316
ALA 123 0.06 ALA 371 -0.37 THR 316
ALA 123 0.12 ASP 372 -0.21 THR 316
GLU 127 0.21 PRO 373 -0.02 GLY 390
ARG 128 0.20 ASN 374 -0.02 GLY 390
SER 320 0.20 HIS 375 -0.04 THR 316
SER 320 0.30 LEU 376 -0.03 GLY 390
SER 320 0.26 VAL 377 -0.06 THR 316
THR 322 0.31 ASP 378 -0.04 GLY 390
THR 322 0.28 ASP 379 -0.07 VAL 353
SER 320 0.26 LEU 380 -0.08 VAL 353
SER 412 0.27 LEU 381 -0.10 VAL 353
SER 412 0.34 THR 382 -0.06 VAL 353
SER 412 0.39 PRO 383 -0.03 SER 358
SER 412 0.62 CYS 384 -0.02 VAL 365
SER 412 0.70 SER 385 -0.03 LYS 363
SER 412 0.55 PRO 386 -0.03 VAL 365
SER 412 0.58 GLY 387 -0.03 GLU 393
SER 412 0.63 ASP 388 -0.03 ASP 378
SER 412 0.57 PRO 389 -0.03 ASP 378
SER 412 0.48 GLY 390 -0.04 ASP 378
SER 412 0.49 ALA 391 -0.04 VAL 365
SER 412 0.38 ILE 392 -0.04 VAL 353
SER 412 0.34 GLU 393 -0.05 VAL 353
SER 412 0.25 MET 394 -0.10 VAL 353
SER 412 0.19 THR 395 -0.13 VAL 353
SER 412 0.12 TRP 396 -0.22 VAL 353
SER 412 0.08 MET 397 -0.25 ARG 346
SER 412 0.14 ASP 398 -0.19 ARG 346
SER 412 0.14 VAL 399 -0.20 ARG 346
SER 412 0.08 PRO 400 -0.25 ARG 346
ALA 371 0.03 GLY 401 -0.33 ARG 346
SER 320 0.05 ASP 402 -0.27 THR 316
SER 320 0.13 LYS 403 -0.18 ARG 346
SER 412 0.12 LEU 404 -0.18 ARG 346
SER 320 0.20 LEU 405 -0.09 THR 317
PRO 407 0.19 GLU 406 -0.06 THR 317
THR 382 0.26 PRO 407 -0.01 GLU 427
VAL 125 0.25 VAL 408 -0.05 GLY 401
SER 385 0.32 VAL 409 -0.11 GLY 401
CYS 384 0.48 SER 410 -0.05 ASN 319
SER 385 0.56 MET 411 -0.05 ALA 371
SER 385 0.70 SER 412 -0.06 GLU 427
SER 385 0.56 ASP 413 -0.06 GLU 427
SER 385 0.48 MET 414 -0.11 GLY 401
SER 385 0.58 LEU 415 -0.08 GLU 427
SER 385 0.58 ARG 416 -0.09 GLU 427
SER 385 0.44 SER 417 -0.14 GLY 401
SER 385 0.46 LEU 418 -0.12 GLY 401
SER 385 0.50 SER 419 -0.12 GLU 427
SER 385 0.41 ASN 420 -0.12 GLY 401
SER 385 0.35 THR 421 -0.17 GLY 401
ASP 388 0.34 LYS 422 -0.16 GLY 401
ASP 388 0.31 PRO 423 -0.19 GLY 401
ASP 388 0.26 THR 424 -0.22 GLY 401
ASP 388 0.26 VAL 425 -0.20 GLY 401
ASP 388 0.26 ASN 426 -0.18 GLY 401
ASP 388 0.25 GLU 427 -0.17 GLY 401
ASP 388 0.23 HIS 428 -0.17 GLY 401
ASP 388 0.23 ASP 429 -0.18 GLY 401
ASP 388 0.24 LEU 430 -0.17 GLY 401
ASP 388 0.23 LEU 431 -0.16 GLY 401
ASP 388 0.21 LYS 432 -0.17 GLY 401
ASP 388 0.22 LEU 433 -0.17 GLY 401
ASP 388 0.21 LYS 434 -0.16 GLY 401
ASP 388 0.20 LYS 435 -0.15 GLY 401
ASP 388 0.20 PHE 436 -0.15 GLY 401
ASP 388 0.20 THR 437 -0.15 GLY 401
ASP 388 0.19 GLU 438 -0.14 GLY 401
ASP 388 0.18 ASP 439 -0.14 GLY 401
ASP 388 0.18 PHE 440 -0.14 GLY 401
ASP 388 0.19 GLY 441 -0.14 GLY 401
ASP 388 0.19 GLN 442 -0.14 GLY 401
ASP 388 0.18 GLU 443 -0.13 GLY 401
ASP 388 0.17 GLY 444 -0.13 GLY 401

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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).
Between 2015 and 2025, it was hosted by US2B (Nantes).
Last modification: april 24th, 2026.