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***  MEMBRANE PROTEIN 28-DEC-19 6LN2  ***

CA distance fluctuations for 22033117492247294

---  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
GLN 211 0.82 PRO 137 -0.13 LYS 383
GLN 211 0.95 GLU 138 -0.10 LYS 383
GLN 211 0.81 GLU 139 -0.08 LEU 359
GLN 211 0.68 GLN 140 -0.10 LEU 359
ASP 215 0.69 LEU 141 -0.09 LYS 383
GLN 211 0.65 LEU 142 -0.06 VAL 332
GLN 211 0.56 PHE 143 -0.08 LEU 359
ASP 215 0.49 LEU 144 -0.08 LEU 359
ASP 215 0.47 TYR 145 -0.05 LEU 359
GLN 211 0.42 ILE 146 -0.07 VAL 332
GLN 211 0.37 ILE 147 -0.08 LEU 359
ASP 215 0.34 TYR 148 -0.07 LEU 359
ASP 215 0.28 THR 149 -0.05 VAL 332
GLN 211 0.28 VAL 150 -0.07 VAL 332
GLN 211 0.27 GLY 151 -0.07 THR 355
ASP 215 0.22 TYR 152 -0.07 PHE 195
GLN 211 0.19 ALA 153 -0.07 PHE 195
GLN 211 0.21 LEU 154 -0.07 VAL 332
GLN 211 0.19 SER 155 -0.06 LYS 351
GLN 211 0.15 PHE 156 -0.07 PHE 196
GLN 211 0.14 SER 157 -0.08 PHE 196
GLN 211 0.16 ALA 158 -0.07 ARG 348
GLN 211 0.13 LEU 159 -0.08 LEU 228
GLN 211 0.10 VAL 160 -0.12 LEU 228
GLN 211 0.12 ILE 161 -0.11 LEU 228
GLN 211 0.13 ALA 162 -0.10 LEU 228
GLN 211 0.09 SER 163 -0.13 LEU 228
GLN 211 0.08 ALA 164 -0.16 TRP 420
GLN 211 0.10 ILE 165 -0.13 LEU 228
GLN 211 0.09 LEU 166 -0.14 TRP 420
ILE 161 0.06 LEU 167 -0.21 TRP 420
LEU 154 0.08 GLY 168 -0.27 TRP 420
GLN 211 0.08 PHE 169 -0.27 SER 416
GLN 211 0.06 ARG 170 -0.28 TRP 420
GLN 211 0.08 HIS 171 -0.25 SER 416
GLN 211 0.08 LEU 172 -0.18 SER 416
GLN 211 0.07 HIS 173 -0.20 TRP 420
GLN 211 0.07 CYS 174 -0.16 ARG 419
GLN 211 0.07 THR 175 -0.13 ARG 419
GLN 211 0.09 ARG 176 -0.10 ARG 419
GLN 211 0.09 ASN 177 -0.10 TRP 420
GLN 211 0.07 TYR 178 -0.14 TRP 274
GLN 211 0.08 ILE 179 -0.10 TRP 420
GLN 211 0.10 HIS 180 -0.08 LEU 228
GLN 211 0.09 LEU 181 -0.12 TRP 420
GLN 211 0.08 ASN 182 -0.13 TRP 274
GLN 211 0.10 LEU 183 -0.08 LEU 228
GLN 211 0.11 PHE 184 -0.09 LEU 228
GLN 211 0.08 ALA 185 -0.14 LEU 167
GLN 211 0.08 SER 186 -0.11 LEU 232
ASP 215 0.12 PHE 187 -0.07 LEU 228
GLN 211 0.10 ILE 188 -0.11 LEU 228
VAL 270 0.07 LEU 189 -0.12 LEU 228
ASP 215 0.11 ARG 190 -0.07 LEU 167
ASP 215 0.14 ALA 191 -0.05 THR 355
GLN 211 0.08 LEU 192 -0.09 PHE 196
ASP 215 0.08 CYS 193 -0.08 LEU 167
ASP 215 0.14 VAL 194 -0.08 ILE 382
ASP 215 0.10 PHE 195 -0.07 ILE 382
LEU 142 0.07 PHE 196 -0.09 TRP 420
LEU 142 0.10 LYS 197 -0.07 THR 378
ASP 215 0.12 ASP 198 -0.08 ILE 382
LEU 142 0.08 ALA 199 -0.07 SER 157
LEU 142 0.15 ALA 200 -0.08 LEU 167
LEU 142 0.24 LEU 201 -0.05 THR 298
LEU 142 0.19 LYS 202 -0.04 THR 378
GLU 138 0.19 TRP 203 -0.09 ARG 421
GLU 138 0.30 MET 204 -0.08 GLY 168
GLU 138 0.36 TYR 205 -0.02 LEU 218
GLU 138 0.26 SER 206 -0.05 ARG 421
GLU 138 0.33 THR 207 -0.09 GLY 168
GLU 138 0.39 ALA 208 -0.05 GLY 168
GLU 138 0.49 ALA 209 -0.01 GLU 294
GLU 138 0.68 GLN 210 -0.03 GLU 294
GLU 138 0.95 GLN 211 -0.05 GLU 294
GLU 138 0.82 HIS 212 -0.06 TYR 220
GLU 138 0.65 GLN 213 -0.04 TYR 220
GLU 138 0.74 TRP 214 -0.05 GLU 294
GLU 138 0.77 ASP 215 -0.07 GLU 294
GLU 138 0.58 GLY 216 -0.08 TYR 220
GLU 138 0.45 LEU 217 -0.04 LEU 167
LEU 141 0.43 LEU 218 -0.05 GLY 295
GLU 138 0.40 SER 219 -0.06 SER 223
GLU 138 0.33 TYR 220 -0.09 LEU 167
GLU 138 0.26 GLN 221 -0.09 LEU 167
LEU 141 0.25 ASP 222 -0.07 LEU 167
GLU 138 0.22 SER 223 -0.10 LEU 167
GLU 138 0.19 LEU 224 -0.14 LEU 167
GLU 138 0.16 ALA 225 -0.13 LEU 167
LEU 142 0.15 CYS 226 -0.11 LEU 167
GLU 138 0.13 ARG 227 -0.14 LEU 167
GLU 138 0.10 LEU 228 -0.17 LEU 167
LEU 142 0.09 VAL 229 -0.14 LEU 167
LEU 142 0.08 PHE 230 -0.11 LEU 167
LEU 142 0.07 LEU 231 -0.13 LEU 167
LEU 142 0.06 LEU 232 -0.16 LEU 167
ASP 215 0.09 CYS 233 -0.11 LEU 167
ASP 215 0.08 GLN 234 -0.10 LEU 167
ASP 215 0.07 TYR 235 -0.12 LEU 167
ASP 215 0.09 CYS 236 -0.11 LEU 167
ASP 215 0.11 VAL 237 -0.07 THR 378
ASP 215 0.09 ALA 238 -0.08 LEU 167
ASP 215 0.08 ALA 239 -0.10 LEU 167
ASP 215 0.11 ASN 240 -0.06 LEU 167
ASP 215 0.11 TYR 241 -0.05 ALA 375
ASP 215 0.09 TYR 242 -0.07 TYR 178
ASP 215 0.09 TRP 243 -0.07 TYR 178
ASP 215 0.11 LEU 244 -0.05 THR 391
ASP 215 0.09 LEU 245 -0.05 PRO 137
GLN 211 0.08 VAL 246 -0.06 TYR 178
GLN 211 0.10 GLU 247 -0.04 PRO 137
GLN 211 0.10 GLY 248 -0.05 PRO 137
GLN 211 0.09 VAL 249 -0.05 GLU 1054
GLN 211 0.09 TYR 250 -0.05 ARG 419
GLN 211 0.10 LEU 251 -0.04 PRO 137
GLN 211 0.09 TYR 252 -0.06 GLU 1054
GLN 211 0.08 THR 253 -0.06 GLU 1054
GLN 211 0.09 LEU 254 -0.05 ARG 419
LYS 1031 0.10 LEU 255 -0.05 PRO 137
GLN 211 0.08 ALA 256 -0.04 PRO 137
GLN 211 0.08 PHE 257 -0.07 ARG 419
GLN 211 0.07 MET 1001 -0.09 ARG 419
GLN 211 0.07 LYS 1002 -0.09 ARG 419
GLN 211 0.06 LYS 1003 -0.11 ARG 419
GLN 211 0.07 TYR 1004 -0.13 ARG 419
GLN 211 0.06 THR 1005 -0.15 ARG 419
ASP 344 0.06 CYS 1006 -0.18 ARG 419
GLN 211 0.06 THR 1007 -0.19 ARG 419
THR 343 0.07 VAL 1008 -0.23 TRP 420
THR 343 0.06 CYS 1009 -0.22 TRP 420
LEU 167 0.06 GLY 1010 -0.18 TRP 420
THR 343 0.06 TYR 1011 -0.17 ARG 419
GLN 211 0.05 ILE 1012 -0.15 ARG 419
LEU 339 0.07 TYR 1013 -0.14 ARG 419
LEU 339 0.06 ASN 1014 -0.12 ARG 419
LEU 339 0.08 PRO 1015 -0.11 ARG 419
GLN 211 0.06 GLU 1016 -0.11 ARG 419
ASN 338 0.07 ASP 1017 -0.11 ARG 419
ASN 338 0.10 GLY 1018 -0.12 ARG 419
ASN 338 0.11 ASP 1019 -0.13 ARG 419
ASN 338 0.12 PRO 1020 -0.12 ARG 419
ASN 338 0.11 ASP 1021 -0.13 ARG 419
ASN 338 0.13 ASN 1022 -0.14 ARG 419
ASN 338 0.15 GLY 1023 -0.13 ARG 419
ASN 338 0.15 VAL 1024 -0.12 ARG 419
ASN 338 0.13 ASN 1025 -0.11 ARG 419
ASN 338 0.10 PRO 1026 -0.11 ARG 419
LEU 339 0.10 GLY 1027 -0.10 ARG 419
LEU 339 0.15 THR 1028 -0.10 ARG 419
LEU 339 0.14 ASP 1029 -0.10 ARG 419
LEU 339 0.14 PHE 1030 -0.11 ARG 419
MET 340 0.21 LYS 1031 -0.09 ARG 419
LEU 339 0.24 ASP 1032 -0.09 ARG 419
MET 340 0.18 ILE 1033 -0.11 ARG 419
CYS 341 0.22 PRO 1034 -0.11 ARG 419
THR 343 0.25 ASP 1035 -0.13 ARG 419
THR 343 0.20 ASP 1036 -0.14 ARG 419
THR 343 0.16 TRP 1037 -0.17 ARG 419
THR 343 0.13 VAL 1038 -0.21 ARG 419
THR 343 0.11 CYS 1039 -0.20 ARG 419
THR 343 0.10 PRO 1040 -0.19 ARG 419
THR 343 0.08 LEU 1041 -0.21 ARG 419
THR 343 0.09 CYS 1042 -0.24 ARG 419
THR 343 0.11 GLY 1043 -0.26 ARG 419
THR 343 0.11 VAL 1044 -0.27 ARG 419
THR 343 0.15 GLY 1045 -0.23 ARG 419
THR 343 0.15 LYS 1046 -0.18 ARG 419
ASP 344 0.16 ASP 1047 -0.16 ARG 419
ASP 344 0.10 GLN 1048 -0.19 ARG 419
ASP 344 0.08 PHE 1049 -0.16 ARG 419
GLN 211 0.07 GLU 1050 -0.15 ARG 419
GLN 211 0.07 GLU 1051 -0.12 ARG 419
GLN 211 0.07 VAL 1052 -0.11 ARG 419
GLN 211 0.06 GLU 1053 -0.13 ARG 419
GLN 211 0.06 GLU 1054 -0.11 ARG 419
GLN 211 0.06 GLU 262 -0.11 ARG 419
VAL 160 0.07 GLN 263 -0.14 TRP 420
VAL 160 0.08 TRP 264 -0.13 TRP 420
GLN 211 0.06 ILE 265 -0.11 TRP 420
VAL 160 0.06 PHE 266 -0.13 TRP 420
ALA 185 0.07 ARG 267 -0.14 TRP 420
LEU 189 0.06 LEU 268 -0.11 TRP 420
GLN 211 0.06 TYR 269 -0.10 TRP 420
LEU 189 0.07 VAL 270 -0.14 TRP 420
LEU 189 0.07 ALA 271 -0.13 TRP 420
GLN 211 0.05 ILE 272 -0.10 PRO 312
GLN 211 0.07 GLY 273 -0.11 TYR 178
LEU 189 0.06 TRP 274 -0.15 LEU 167
CYS 193 0.04 GLY 275 -0.14 ARG 170
ASP 215 0.04 VAL 276 -0.12 ALA 271
ASP 215 0.05 PRO 277 -0.11 LEU 167
CYS 193 0.05 LEU 278 -0.14 LEU 167
LEU 322 0.05 LEU 279 -0.13 ARG 267
VAL 319 0.06 PHE 280 -0.11 ARG 267
VAL 319 0.04 VAL 281 -0.12 LEU 167
LEU 142 0.05 VAL 282 -0.14 LEU 167
LEU 322 0.05 PRO 283 -0.12 CYS 1009
LEU 322 0.05 TRP 284 -0.11 LEU 167
LEU 142 0.06 GLY 285 -0.13 LEU 167
LEU 142 0.06 ILE 286 -0.14 LEU 167
ILE 318 0.06 VAL 287 -0.12 CYS 1009
PHE 385 0.06 LYS 288 -0.11 LEU 167
GLU 138 0.08 TYR 289 -0.13 LEU 167
GLU 138 0.07 LEU 290 -0.13 CYS 1009
PHE 385 0.07 TYR 291 -0.11 CYS 1009
PHE 385 0.08 GLU 292 -0.10 LEU 167
GLU 138 0.10 ASP 293 -0.11 LEU 167
GLU 138 0.13 GLU 294 -0.09 LEU 167
PHE 385 0.16 GLY 295 -0.08 LEU 167
PHE 385 0.14 CYS 296 -0.09 LEU 167
PHE 385 0.12 TRP 297 -0.09 LEU 167
PHE 385 0.16 THR 298 -0.07 LEU 167
PHE 385 0.16 ARG 299 -0.06 LEU 167
ALA 368 0.12 ASN 300 -0.06 LEU 167
ASP 372 0.15 SER 301 -0.05 CYS 1009
ASP 372 0.12 ASN 302 -0.07 CYS 1009
ALA 368 0.11 MET 303 -0.07 CYS 1009
ALA 368 0.11 ASN 304 -0.15 ALA 375
ILE 318 0.08 TYR 305 -0.11 ALA 375
ILE 318 0.07 TRP 306 -0.13 ALA 375
ILE 318 0.09 LEU 307 -0.15 ALA 375
PHE 315 0.07 ILE 308 -0.12 ALA 375
ASP 215 0.07 ILE 309 -0.11 ALA 375
ASP 215 0.09 ARG 310 -0.11 ALA 375
ILE 318 0.10 LEU 311 -0.11 ASP 372
VAL 319 0.08 PRO 312 -0.11 LEU 268
ASP 215 0.10 ILE 313 -0.08 ALA 375
ASP 215 0.10 LEU 314 -0.09 LEU 268
ASP 215 0.09 PHE 315 -0.11 LEU 268
ASP 215 0.10 ALA 316 -0.09 LEU 268
ASP 215 0.12 CYS 317 -0.07 LEU 268
ASP 215 0.11 ILE 318 -0.08 LEU 268
ASP 215 0.10 VAL 319 -0.08 ILE 265
ASP 215 0.11 ASN 320 -0.07 PRO 137
ASP 215 0.12 PHE 321 -0.08 PRO 137
ASP 215 0.10 LEU 322 -0.08 PRO 137
ASP 215 0.10 ILE 323 -0.07 PRO 137
ASP 215 0.11 PHE 324 -0.07 PRO 137
ASP 215 0.11 VAL 325 -0.08 PRO 137
ASP 215 0.10 ARG 326 -0.07 PRO 137
ASP 1035 0.11 VAL 327 -0.07 GLN 140
ASP 1035 0.13 ILE 328 -0.08 GLN 140
ASP 1035 0.11 CYS 329 -0.07 GLN 140
ASP 1035 0.11 ILE 330 -0.07 GLN 140
ASP 1035 0.14 VAL 331 -0.07 MET 397
ASP 1035 0.14 VAL 332 -0.08 GLN 140
ASP 1032 0.13 SER 333 -0.07 GLN 140
ASP 1032 0.16 LYS 334 -0.06 GLN 140
PRO 1034 0.17 LEU 335 -0.07 LEU 401
PRO 1034 0.16 LYS 336 -0.08 GLN 140
ASP 1032 0.18 ALA 337 -0.07 GLN 140
ASP 1032 0.21 ASN 338 -0.06 VAL 405
ASP 1032 0.24 LEU 339 -0.05 VAL 405
LYS 1031 0.21 MET 340 -0.06 VAL 405
ASP 1035 0.23 CYS 341 -0.08 VAL 405
ASP 1035 0.20 LYS 342 -0.10 VAL 405
ASP 1035 0.25 THR 343 -0.10 VAL 405
ASP 1035 0.21 ASP 344 -0.09 VAL 405
ASP 1047 0.13 ILE 345 -0.08 VAL 405
ASP 1035 0.12 ALA 346 -0.06 VAL 405
ASP 1035 0.15 PHE 347 -0.09 LEU 401
ASP 1035 0.13 ARG 348 -0.11 VAL 405
ASN 407 0.12 LEU 349 -0.08 LEU 401
ASN 407 0.12 ALA 350 -0.06 MET 397
TRP 417 0.16 LYS 351 -0.09 MET 397
ASN 406 0.18 SER 352 -0.09 MET 397
GLN 211 0.12 THR 353 -0.06 MET 397
TRP 417 0.14 LEU 354 -0.07 MET 397
TRP 417 0.17 THR 355 -0.09 MET 397
PHE 413 0.15 LEU 356 -0.07 PHE 393
ASP 215 0.14 ILE 357 -0.07 PHE 390
TRP 417 0.15 PRO 358 -0.08 GLN 140
TRP 417 0.17 LEU 359 -0.11 PHE 390
ASP 215 0.16 LEU 360 -0.09 THR 391
ASP 215 0.15 CYS 361 -0.08 PRO 137
ASP 215 0.16 THR 362 -0.10 PRO 137
ASP 215 0.18 HIS 363 -0.10 PRO 137
ASP 215 0.15 GLU 364 -0.09 PRO 137
ASP 215 0.14 VAL 365 -0.09 PRO 137
HIS 212 0.15 ILE 366 -0.11 PRO 137
HIS 212 0.16 PHE 367 -0.10 PRO 137
HIS 212 0.13 ALA 368 -0.08 LEU 268
SER 301 0.13 PHE 369 -0.09 LEU 268
HIS 212 0.13 VAL 370 -0.09 PRO 137
HIS 212 0.14 MET 371 -0.08 PRO 137
SER 301 0.15 ASP 372 -0.11 LEU 311
HIS 212 0.11 GLU 373 -0.09 LEU 268
HIS 212 0.12 HIS 374 -0.12 LEU 307
HIS 212 0.13 ALA 375 -0.15 LEU 307
HIS 212 0.16 ARG 376 -0.10 LEU 307
HIS 212 0.16 GLY 377 -0.10 ARG 310
HIS 212 0.16 THR 378 -0.10 LEU 307
HIS 212 0.21 LEU 379 -0.08 PRO 137
HIS 212 0.20 ARG 380 -0.10 PRO 137
HIS 212 0.20 PHE 381 -0.07 VAL 194
ASP 215 0.26 ILE 382 -0.08 PRO 137
ASP 215 0.28 LYS 383 -0.13 PRO 137
ASP 215 0.26 LEU 384 -0.09 PRO 137
ASP 215 0.32 PHE 385 -0.07 PHE 195
ASP 215 0.38 THR 386 -0.09 PRO 137
ASP 215 0.31 ASP 387 -0.08 PRO 137
ASP 215 0.30 LEU 388 -0.06 LEU 359
ASP 215 0.37 SER 389 -0.08 LEU 359
ASP 215 0.33 PHE 390 -0.11 LEU 359
ASP 215 0.27 THR 391 -0.10 LEU 359
ASP 215 0.26 SER 392 -0.07 LEU 359
ASP 215 0.24 PHE 393 -0.09 THR 355
ASP 215 0.21 GLN 394 -0.08 THR 355
ASP 215 0.18 GLY 395 -0.07 THR 355
GLN 211 0.19 LEU 396 -0.07 LYS 351
GLN 211 0.19 MET 397 -0.09 LYS 351
GLN 211 0.16 VAL 398 -0.07 LYS 351
GLN 211 0.15 ALA 399 -0.07 ARG 348
PHE 413 0.18 ILE 400 -0.08 ARG 348
PHE 413 0.18 LEU 401 -0.11 ARG 348
GLN 211 0.14 TYR 402 -0.08 ARG 348
PHE 413 0.15 CYS 403 -0.07 ARG 348
PHE 413 0.24 PHE 404 -0.06 THR 343
PHE 413 0.23 VAL 405 -0.11 ARG 348
SER 352 0.18 ASN 406 -0.06 ALA 162
SER 352 0.17 ASN 407 -0.05 ILE 161
SER 352 0.14 GLU 408 -0.07 LEU 228
GLN 211 0.12 VAL 409 -0.09 GLN 410
SER 352 0.16 GLN 410 -0.10 ILE 165
SER 352 0.12 LEU 411 -0.08 LEU 228
PHE 404 0.13 GLU 412 -0.11 SER 416
PHE 404 0.24 PHE 413 -0.10 GLY 168
VAL 405 0.18 ARG 414 -0.10 PHE 413
PHE 404 0.13 LYS 415 -0.14 GLY 1045
PHE 404 0.15 SER 416 -0.27 PHE 169
VAL 405 0.21 TRP 417 -0.21 GLY 168
VAL 405 0.16 GLU 418 -0.16 GLY 168
PHE 143 0.15 ARG 419 -0.27 VAL 1044
PHE 143 0.17 TRP 420 -0.28 ARG 170
GLN 140 0.16 ARG 421 -0.20 GLY 168

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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).
Last modification: October 18th, 2018.