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* Apo AMPK *

CA distance fluctuations for 260711175133601569

--- normal mode 11 ---

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
ILE 470 0.18 ARG 10 -0.17 ALA 374

ILE 470 0.19 VAL 11 -0.17 ALA 374

ILE 470 0.20 LYS 12 -0.16 ALA 374

ILE 470 0.22 ILE 13 -0.17 ALA 374

ILE 470 0.21 GLY 14 -0.16 ALA 374

ILE 470 0.19 HIS 15 -0.15 ALA 374

ILE 470 0.19 TYR 16 -0.16 ALA 374

ILE 470 0.19 ILE 17 -0.16 ALA 374

ILE 470 0.19 LEU 18 -0.17 ALA 374

ILE 470 0.17 GLY 19 -0.17 ALA 374

ILE 470 0.17 ASP 20 -0.18 ALA 374

ILE 470 0.17 THR 21 -0.19 ALA 374

ILE 470 0.17 LEU 22 -0.20 ALA 374

ILE 470 0.18 GLY 23 -0.21 ALA 374

ILE 470 0.17 VAL 24 -0.22 ALA 374

ILE 470 0.19 GLY 25 -0.23 ALA 374

ILE 470 0.20 THR 26 -0.25 ALA 374

ILE 470 0.20 PHE 27 -0.24 ALA 374

ILE 470 0.21 GLY 28 -0.22 ALA 374

ILE 470 0.19 LYS 29 -0.21 ALA 374

ILE 470 0.20 VAL 30 -0.21 ALA 374

ILE 470 0.19 LYS 31 -0.19 ALA 374

ILE 470 0.18 VAL 32 -0.18 ALA 374

ILE 470 0.19 GLY 33 -0.17 ALA 374

ALA 321 0.18 LYS 34 -0.16 ALA 374

ALA 321 0.19 HIS 35 -0.15 ALA 374

ALA 321 0.18 GLU 36 -0.14 ALA 374

ALA 321 0.19 LEU 37 -0.14 ALA 374

ALA 321 0.19 THR 38 -0.14 ALA 374

ALA 321 0.19 GLY 39 -0.14 ALA 374

ALA 321 0.20 HIS 40 -0.15 ALA 374

ALA 321 0.19 LYS 41 -0.16 ALA 374

ALA 321 0.20 VAL 42 -0.17 ALA 374

ILE 470 0.20 ALA 43 -0.19 ALA 374

ILE 470 0.21 VAL 44 -0.19 ALA 374

ILE 470 0.22 LYS 45 -0.21 ALA 374

ILE 470 0.23 ILE 46 -0.21 ALA 374

ILE 470 0.24 LEU 47 -0.21 ALA 374

ILE 470 0.23 ASN 48 -0.21 ALA 374

ILE 470 0.25 ARG 49 -0.21 ALA 374

ILE 470 0.22 GLN 50 -0.21 ALA 374

ILE 470 0.22 LYS 51 -0.22 ALA 374

ILE 470 0.24 ILE 52 -0.23 ALA 374

ILE 470 0.24 ARG 53 -0.23 ALA 374

LYS 425 0.22 SER 54 -0.24 ALA 374

VAL 427 0.23 LEU 55 -0.25 ALA 374

VAL 427 0.27 ASP 56 -0.26 ALA 374

ILE 470 0.25 VAL 57 -0.26 ALA 374

ILE 470 0.29 VAL 58 -0.25 ALA 374

ILE 470 0.31 GLY 59 -0.26 ALA 374

ILE 470 0.27 LYS 60 -0.27 ALA 374

ILE 470 0.28 ILE 61 -0.25 ALA 374

ILE 470 0.34 ARG 62 -0.24 ALA 374

ILE 470 0.31 ARG 63 -0.26 ALA 374

ILE 470 0.28 GLU 64 -0.25 ALA 374

ILE 470 0.30 ILE 65 -0.23 ALA 374

ILE 470 0.35 GLN 66 -0.24 ALA 374

ILE 470 0.28 ASN 67 -0.25 ALA 374

ILE 470 0.26 LEU 68 -0.23 ALA 374

ILE 470 0.29 LYS 69 -0.22 ALA 374

ILE 470 0.27 LEU 70 -0.21 ALA 374

ALA 321 0.24 PHE 71 -0.22 ALA 374

ALA 321 0.27 ARG 72 -0.20 ALA 374

ALA 321 0.24 HIS 73 -0.20 ALA 374

ALA 321 0.23 PRO 74 -0.18 ALA 374

ALA 321 0.20 HIS 75 -0.20 ALA 374

ALA 321 0.20 ILE 76 -0.21 ALA 374

ALA 321 0.21 ILE 77 -0.21 ALA 374

ALA 321 0.23 LYS 78 -0.20 ALA 374

ILE 470 0.24 LEU 79 -0.20 ALA 374

ALA 321 0.24 TYR 80 -0.18 ALA 374

ILE 470 0.26 GLN 81 -0.19 ALA 374

ILE 470 0.29 VAL 82 -0.19 ALA 374

ILE 470 0.28 ILE 83 -0.19 ALA 374

ILE 470 0.28 SER 84 -0.19 ALA 374

ILE 470 0.26 THR 85 -0.18 ALA 374

ILE 470 0.25 PRO 86 -0.19 ALA 374

ILE 470 0.24 SER 87 -0.19 ALA 374

ILE 470 0.25 ASP 88 -0.20 ALA 374

ILE 470 0.27 ILE 89 -0.20 ALA 374

ILE 470 0.25 PHE 90 -0.20 ALA 374

ILE 470 0.25 MET 91 -0.20 ALA 374

ILE 470 0.23 VAL 92 -0.19 ALA 374

ILE 470 0.22 MET 93 -0.19 ALA 374

ALA 321 0.21 GLU 94 -0.18 ALA 374

ALA 321 0.19 TYR 95 -0.18 ALA 374

ALA 321 0.18 VAL 96 -0.18 ALA 374

ALA 321 0.17 SER 97 -0.17 ALA 374

ALA 321 0.16 GLY 98 -0.18 ALA 374

ALA 321 0.15 GLY 99 -0.19 ALA 374

ALA 321 0.15 GLU 100 -0.21 ALA 374

ALA 321 0.14 LEU 101 -0.20 ALA 374

ALA 321 0.13 PHE 102 -0.21 ALA 374

ALA 321 0.13 ASP 103 -0.20 ALA 374

ALA 321 0.13 TYR 104 -0.19 ALA 374

ALA 321 0.12 ILE 105 -0.19 ALA 374

ALA 321 0.11 CYS 106 -0.19 ALA 374

ALA 321 0.12 LYS 107 -0.18 ALA 374

ALA 321 0.11 ASN 108 -0.17 ALA 374

ALA 321 0.11 GLY 109 -0.17 ALA 374

ALA 321 0.11 ARG 110 -0.19 ALA 374

ALA 321 0.11 LEU 111 -0.18 ALA 374

ALA 321 0.11 ASP 112 -0.17 PHE 350

LEU 356 0.11 GLU 113 -0.19 PHE 350

ALA 321 0.11 LYS 114 -0.18 PHE 350

ALA 321 0.12 GLU 115 -0.17 ALA 374

ALA 321 0.12 SER 116 -0.19 ALA 374

ALA 321 0.12 ARG 117 -0.19 ALA 374

ALA 321 0.14 ARG 118 -0.18 ALA 374

ALA 321 0.14 LEU 119 -0.20 ALA 374

ALA 321 0.14 PHE 120 -0.22 ALA 374

ALA 321 0.14 GLN 121 -0.21 ALA 374

ALA 321 0.16 GLN 122 -0.20 ALA 374

ALA 321 0.16 ILE 123 -0.22 ALA 374

ALA 321 0.15 LEU 124 -0.24 ALA 374

ALA 321 0.16 SER 125 -0.22 ALA 374

ALA 321 0.18 GLY 126 -0.23 ALA 374

ALA 321 0.15 VAL 127 -0.26 ALA 374

TYR 324 0.15 ASP 128 -0.26 ALA 374

ALA 321 0.18 TYR 129 -0.24 ALA 374

ILE 470 0.17 CYS 130 -0.26 ALA 374

ILE 470 0.14 HIS 131 -0.29 ALA 374

ALA 321 0.15 ARG 132 -0.27 ALA 374

ILE 470 0.18 HIS 133 -0.26 ALA 374

ILE 470 0.18 MET 134 -0.30 ALA 374

ILE 470 0.20 VAL 135 -0.29 ALA 374

ILE 470 0.17 VAL 136 -0.31 ALA 374

ILE 470 0.17 HIS 137 -0.29 ALA 374

ILE 470 0.16 ARG 138 -0.30 ALA 374

ILE 470 0.15 ASP 139 -0.28 ALA 374

ILE 470 0.15 LEU 140 -0.27 ALA 374

ILE 470 0.14 LYS 141 -0.26 ALA 374

ALA 321 0.13 PRO 142 -0.24 ALA 374

ILE 470 0.14 GLU 143 -0.23 ALA 374

ILE 470 0.16 ASN 144 -0.24 ALA 374

ALA 321 0.15 VAL 145 -0.22 ALA 374

ALA 321 0.16 LEU 146 -0.21 ALA 374

ALA 321 0.16 LEU 147 -0.19 ALA 374

ALA 321 0.18 ASP 148 -0.17 ALA 374

ALA 321 0.17 ALA 149 -0.16 ALA 374

ALA 321 0.17 HIS 150 -0.15 ALA 374

ALA 321 0.16 MET 151 -0.17 ALA 374

ALA 321 0.17 ASN 152 -0.18 ALA 374

ALA 321 0.17 ALA 153 -0.20 ALA 374

ALA 321 0.18 LYS 154 -0.21 ALA 374

ALA 321 0.17 ILE 155 -0.23 ALA 374

ILE 470 0.18 ALA 156 -0.23 ALA 374

ILE 470 0.19 ASP 157 -0.24 ALA 374

ILE 470 0.21 PHE 158 -0.26 ALA 374

ILE 470 0.21 GLY 159 -0.26 ALA 374

ILE 470 0.19 LEU 160 -0.29 ALA 374

ILE 470 0.20 SER 161 -0.29 ALA 374

ILE 470 0.21 ASN 162 -0.30 ALA 374

ILE 470 0.23 MET 163 -0.31 ALA 374

ILE 470 0.18 MET 164 -0.33 ALA 374

GLU 469 0.17 SER 165 -0.35 ALA 374

SER 165 0.10 ASP 166 -0.38 ALA 374

ASP 348 0.08 GLY 167 -0.43 ALA 374

ILE 470 0.09 GLU 168 -0.42 ALA 374

ILE 470 0.10 PHE 169 -0.41 ALA 374

ILE 470 0.12 LEU 170 -0.38 ALA 374

VAL 427 0.13 ARG 171 -0.38 ALA 374

VAL 427 0.14 SER 173 -0.34 ALA 374

VAL 427 0.15 CYS 174 -0.31 ALA 374

ILE 470 0.14 GLY 175 -0.31 ALA 374

ILE 470 0.13 SER 176 -0.29 ALA 374

ILE 470 0.11 PRO 177 -0.29 ALA 374

ILE 470 0.11 ASN 178 -0.29 ALA 374

ILE 470 0.11 TYR 179 -0.29 ALA 374

ILE 470 0.11 ALA 180 -0.32 ALA 374

ILE 470 0.10 ALA 181 -0.35 ALA 374

PRO 347 0.09 PRO 182 -0.37 ALA 374

PRO 347 0.09 GLU 183 -0.40 ALA 374

ILE 470 0.10 VAL 184 -0.37 ALA 374

VAL 427 0.10 ILE 185 -0.35 ALA 374

PRO 347 0.09 SER 186 -0.38 ALA 374

ASN 428 0.12 GLY 187 -0.38 ALA 374

ASP 348 0.10 ARG 188 -0.42 ALA 374

ASP 348 0.10 LEU 189 -0.42 ALA 374

PRO 347 0.09 TYR 190 -0.42 ALA 374

ILE 470 0.09 ALA 191 -0.40 ALA 374

ILE 470 0.12 GLY 192 -0.36 ALA 374

ILE 470 0.11 PRO 193 -0.34 ALA 374

ALA 321 0.10 GLU 194 -0.37 ALA 374

ILE 470 0.11 VAL 195 -0.35 ALA 374

ILE 470 0.12 ASP 196 -0.32 ALA 374

ALA 321 0.11 ILE 197 -0.32 ALA 374

ALA 321 0.10 TRP 198 -0.32 ALA 374

ILE 470 0.11 SER 199 -0.30 ALA 374

ALA 321 0.12 SER 200 -0.28 ALA 374

ALA 321 0.11 GLY 201 -0.28 ALA 374

ALA 321 0.11 VAL 202 -0.27 ALA 374

ALA 321 0.12 ILE 203 -0.25 ALA 374

ALA 321 0.12 LEU 204 -0.24 ALA 374

ALA 321 0.11 TYR 205 -0.24 ALA 374

ALA 321 0.11 ALA 206 -0.23 ALA 374

ALA 321 0.12 LEU 207 -0.21 ALA 374

ALA 321 0.11 LEU 208 -0.21 ALA 374

ALA 321 0.10 CYS 209 -0.21 ALA 374

ALA 321 0.11 GLY 210 -0.21 ALA 374

ALA 321 0.10 THR 211 -0.23 ALA 374

ALA 321 0.10 LEU 212 -0.25 ALA 374

ALA 321 0.10 PRO 213 -0.26 ALA 374

ALA 321 0.09 PHE 214 -0.28 ALA 374

ALA 321 0.09 ASP 215 -0.27 ALA 374

ALA 321 0.09 ASP 216 -0.26 ALA 374

ILE 470 0.09 ASP 217 -0.25 ALA 374

ILE 470 0.08 HIS 218 -0.27 ALA 374

VAL 427 0.09 VAL 219 -0.28 ALA 374

LYS 203 0.09 PRO 220 -0.30 ALA 374

ALA 321 0.08 THR 221 -0.30 ALA 374

ALA 321 0.08 LEU 222 -0.30 ALA 374

ALA 321 0.08 PHE 223 -0.32 ALA 374

PRO 347 0.08 LYS 224 -0.33 ALA 374

ALA 321 0.08 LYS 225 -0.31 ALA 374

ALA 321 0.08 ILE 226 -0.33 ALA 374

PRO 347 0.09 CYS 227 -0.36 ALA 374

PRO 347 0.09 ASP 228 -0.35 ALA 374

LEU 356 0.09 GLY 229 -0.34 ALA 374

LEU 356 0.09 ILE 230 -0.31 ALA 374

LEU 356 0.09 PHE 231 -0.28 ALA 374

LEU 356 0.10 TYR 232 -0.25 ALA 374

LEU 356 0.10 THR 233 -0.23 ALA 374

LEU 356 0.10 PRO 234 -0.20 ALA 374

LEU 356 0.10 GLN 235 -0.19 PHE 350

LEU 356 0.10 TYR 236 -0.19 PHE 350

LEU 356 0.11 LEU 237 -0.20 PHE 350

LEU 356 0.12 ASN 238 -0.23 PHE 350

LEU 356 0.13 PRO 239 -0.25 PHE 350

LEU 356 0.14 SER 240 -0.26 PHE 350

LEU 356 0.13 VAL 241 -0.23 PHE 350

LEU 356 0.12 ILE 242 -0.23 ALA 374

LEU 356 0.13 SER 243 -0.26 PHE 350

LEU 356 0.13 LEU 244 -0.26 ALA 374

LEU 356 0.12 LEU 245 -0.27 ALA 374

LEU 356 0.12 LYS 246 -0.30 ALA 374

LEU 356 0.12 HIS 247 -0.32 ALA 374

LEU 356 0.11 MET 248 -0.31 ALA 374

LEU 356 0.10 LEU 249 -0.32 ALA 374

LEU 356 0.10 GLN 250 -0.37 ALA 374

PRO 347 0.11 VAL 251 -0.39 ALA 374

PRO 347 0.13 ASP 252 -0.44 ALA 374

PRO 347 0.12 PRO 253 -0.43 ALA 374

PRO 347 0.15 MET 254 -0.47 ALA 374

PRO 347 0.15 LYS 255 -0.43 ALA 374

ARG 358 0.11 ARG 256 -0.38 ALA 374

ARG 358 0.12 ALA 257 -0.34 ALA 374

ARG 358 0.12 THR 258 -0.33 ALA 374

ARG 358 0.13 ILE 259 -0.29 ALA 374

ARG 358 0.15 LYS 260 -0.28 ALA 374

ARG 358 0.15 ASP 261 -0.29 ALA 374

ARG 358 0.14 ILE 262 -0.26 ALA 374

ARG 358 0.15 ARG 263 -0.23 ASP 348

ARG 358 0.17 GLU 264 -0.31 ASP 348

LEU 356 0.16 HIS 265 -0.30 ASP 348

LEU 356 0.16 GLU 266 -0.32 ASP 348

LEU 356 0.14 TRP 267 -0.26 ASP 348

ARG 358 0.14 PHE 268 -0.23 ASP 348

ARG 358 0.15 LYS 269 -0.27 ASP 348

ARG 358 0.14 GLN 270 -0.26 ASP 348

ARG 358 0.13 ASP 271 -0.23 ASP 348

TYR 324 0.13 LEU 272 -0.21 ASP 348

TYR 324 0.15 PRO 273 -0.19 ASP 348

TYR 324 0.16 LYS 274 -0.20 ASP 348

TYR 324 0.20 TYR 275 -0.17 ASP 348

TYR 324 0.19 LEU 276 -0.18 ALA 374

TYR 324 0.19 PHE 277 -0.20 ALA 374

ILE 328 0.21 PRO 278 -0.18 ALA 374

ILE 328 0.18 GLU 279 -0.18 ASP 348

HIS 325 0.19 ASP 280 -0.18 ASP 348

ARG 72 0.27 ALA 321 -0.10 ALA 374

ARG 72 0.22 VAL 322 -0.09 ALA 374

ARG 72 0.19 ALA 323 -0.10 ALA 374

PRO 278 0.21 TYR 324 -0.11 ALA 374

ASP 280 0.19 HIS 325 -0.08 ALA 374

PRO 278 0.14 LEU 326 -0.09 ALA 374

PRO 278 0.16 ILE 327 -0.11 ALA 374

PRO 278 0.21 ILE 328 -0.11 ALA 374

PRO 361 0.14 ASP 329 -0.10 ASP 348

PRO 361 0.14 ASN 330 -0.09 ASP 348

PRO 361 0.13 ARG 331 -0.12 ALA 374

ARG 358 0.16 ARG 332 -0.12 ASP 348

PRO 361 0.19 ILE 333 -0.12 ASP 348

PRO 361 0.17 MET 334 -0.10 ALA 374

ARG 358 0.16 ASN 335 -0.14 ASP 348

ARG 358 0.21 GLU 336 -0.15 ASP 348

ARG 358 0.23 ALA 337 -0.12 ASP 348

ARG 358 0.18 LYS 338 -0.13 ASP 348

HIS 360 0.20 ASP 339 -0.10 ALA 374

HIS 360 0.20 PHE 340 -0.09 LEU 267

HIS 360 0.12 TYR 341 -0.16 ALA 374

CYS 225 0.13 LEU 342 -0.21 ALA 374

CYS 225 0.13 ALA 343 -0.22 ALA 374

MET 254 0.13 THR 344 -0.20 ALA 374

GLN 214 0.16 SER 345 -0.23 ALA 374

GLN 214 0.11 PRO 346 -0.17 ALA 374

MET 254 0.15 PRO 347 -0.12 GLU 266

LEU 213 0.20 ASP 348 -0.32 GLU 266

ASP 455 0.14 SER 349 -0.26 GLU 266

GLU 370 0.20 PHE 350 -0.27 GLU 266

ALA 374 0.22 LEU 351 -0.23 GLU 266

ALA 374 0.20 ASP 352 -0.12 ASP 248

ALA 374 0.26 ASP 353 -0.24 ALA 394

ALA 374 0.17 HIS 354 -0.31 ALA 394

ALA 374 0.14 HIS 355 -0.26 ALA 394

GLU 266 0.16 LEU 356 -0.26 ASP 248

ALA 337 0.15 THR 357 -0.21 ASP 248

ALA 337 0.23 ARG 358 -0.24 ASP 248

ALA 337 0.18 PRO 359 -0.28 TYR 269

ALA 337 0.22 HIS 360 -0.29 TYR 269

ALA 337 0.22 PRO 361 -0.36 TYR 269

ALA 337 0.16 GLU 362 -0.42 TYR 269

ALA 337 0.11 ARG 363 -0.45 TYR 269

ALA 337 0.14 VAL 364 -0.48 TYR 269

PHE 350 0.11 PRO 365 -0.61 VAL 250

PHE 350 0.17 PHE 366 -0.69 TYR 269

PHE 350 0.16 LEU 367 -0.66 ALA 394

ARG 358 0.11 VAL 368 -0.71 ALA 394

LEU 351 0.11 ALA 369 -0.89 ALA 394

LEU 351 0.20 GLU 370 -1.21 ALA 394

LEU 351 0.18 THR 371 -1.08 ALA 394

ARG 358 0.13 PRO 372 -0.93 ALA 394

ASP 353 0.12 ARG 373 -1.03 ALA 394

ASP 353 0.26 ALA 374 -1.28 ALA 394

ASP 348 0.13 ALA 394 -1.28 ALA 374

ASP 348 0.17 LYS 395 -1.13 ALA 374

ASP 348 0.15 TRP 396 -0.91 ALA 374

ASP 348 0.16 HIS 397 -0.84 ALA 374

ASP 348 0.15 LEU 398 -0.72 ALA 374

ASP 348 0.13 GLY 399 -0.67 ALA 374

ASP 348 0.13 ILE 400 -0.70 ALA 374

ASP 348 0.14 ARG 401 -0.69 ALA 374

ASP 348 0.13 SER 402 -0.65 ALA 374

ASP 348 0.14 GLN 403 -0.60 ALA 374

ASP 348 0.12 SER 404 -0.55 ALA 374

ASP 348 0.12 ARG 405 -0.51 ALA 374

ASP 348 0.12 PRO 406 -0.51 ALA 374

ASP 56 0.11 ASN 407 -0.47 ALA 374

ASP 56 0.11 ASP 408 -0.49 ALA 374

ASP 56 0.11 ILE 409 -0.52 ALA 374

ASP 56 0.14 MET 410 -0.49 ALA 374

ASP 56 0.14 ALA 411 -0.47 ALA 374

ASP 56 0.13 GLU 412 -0.50 ALA 374

ASP 56 0.14 VAL 413 -0.51 ALA 374

ASP 56 0.17 CYS 414 -0.47 ALA 374

ASP 56 0.15 ARG 415 -0.47 ALA 374

ASP 56 0.14 ALA 416 -0.50 ALA 374

ASP 56 0.17 ILE 417 -0.47 ALA 374

ASP 56 0.17 LYS 418 -0.44 ALA 374

ASP 56 0.15 GLN 419 -0.45 ALA 374

ASP 56 0.16 LEU 420 -0.45 ALA 374

ASP 56 0.18 ASP 421 -0.41 ALA 374

ASP 56 0.19 TYR 422 -0.42 ALA 374

ASP 56 0.22 GLU 423 -0.40 ALA 374

ASP 56 0.22 TRP 424 -0.42 ALA 374

ASP 56 0.26 LYS 425 -0.40 ALA 374

ASP 56 0.25 VAL 426 -0.41 ALA 374

ASP 56 0.27 VAL 427 -0.40 ALA 374

ASP 56 0.21 ASN 428 -0.41 ALA 374

ASP 56 0.17 PRO 429 -0.43 ALA 374

ASP 56 0.14 TYR 430 -0.47 ALA 374

ASP 56 0.17 TYR 431 -0.45 ALA 374

ASP 56 0.20 LEU 432 -0.45 ALA 374

GLY 59 0.22 ARG 433 -0.43 ALA 374

GLY 59 0.20 VAL 434 -0.44 ALA 374

GLY 59 0.21 ARG 435 -0.41 ALA 374

GLY 59 0.19 ARG 436 -0.41 ALA 374

GLY 59 0.19 LYS 437 -0.38 ALA 374

GLY 59 0.17 ASN 438 -0.38 ALA 374

PRO 86 0.16 PRO 439 -0.36 ALA 374

PRO 86 0.16 VAL 440 -0.35 GLU 370

PRO 86 0.17 THR 441 -0.33 GLU 370

PRO 86 0.18 SER 442 -0.33 ALA 374

GLY 59 0.18 THR 443 -0.35 ALA 374

GLY 59 0.21 PHE 444 -0.37 ALA 374

GLY 59 0.19 SER 445 -0.40 ALA 374

GLY 59 0.20 LYS 446 -0.42 ALA 374

GLY 59 0.18 MET 447 -0.45 ALA 374

GLY 59 0.17 SER 448 -0.47 ALA 374

ASP 56 0.14 LEU 449 -0.50 ALA 374

ASP 56 0.12 GLN 450 -0.50 ALA 374

ASP 348 0.12 LEU 451 -0.53 ALA 374

ASP 348 0.14 TYR 452 -0.54 ALA 374

ASP 348 0.15 GLN 453 -0.55 ALA 374

ASP 348 0.17 VAL 454 -0.60 ALA 374

ASP 348 0.18 ASP 455 -0.59 ALA 374

ASP 348 0.16 SER 456 -0.53 ALA 374

ASP 348 0.15 ARG 457 -0.56 ALA 374

ASP 348 0.16 THR 458 -0.61 ALA 374

ASP 348 0.14 TYR 459 -0.59 ALA 374

ASP 348 0.14 LEU 460 -0.62 ALA 374

ASP 348 0.12 LEU 461 -0.59 ALA 374

ASP 348 0.12 ASP 462 -0.58 ALA 374

GLY 59 0.11 PHE 463 -0.55 ALA 374

GLY 59 0.12 ARG 464 -0.50 ALA 374

GLY 59 0.14 SER 465 -0.46 ALA 374

GLY 59 0.18 ILE 466 -0.41 ALA 374

GLY 59 0.18 ASP 467 -0.37 ALA 374

GLY 59 0.23 ASP 468 -0.34 ALA 374

GLN 66 0.28 GLU 469 -0.30 ALA 374

GLN 66 0.35 ILE 470 -0.29 ALA 374

ASP 348 0.11 LYS 203 -0.40 ALA 374

ASP 348 0.12 SER 204 -0.44 ALA 374

ASP 348 0.12 PRO 205 -0.47 ALA 374

ASP 348 0.13 PRO 206 -0.47 ALA 374

ASP 348 0.15 ILE 207 -0.50 ALA 374

ASP 348 0.16 LEU 208 -0.54 ALA 374

ASP 348 0.15 PRO 209 -0.51 ALA 374

ASP 348 0.18 PRO 210 -0.54 ALA 374

ASP 348 0.15 HIS 211 -0.52 ALA 374

ASP 348 0.16 LEU 212 -0.58 ALA 374

ASP 348 0.20 LEU 213 -0.65 ALA 374

ASP 348 0.20 GLN 214 -0.62 ALA 374

ASP 348 0.17 VAL 215 -0.67 ALA 374

ASP 348 0.12 ILE 216 -0.58 ALA 374

ASP 348 0.11 LEU 217 -0.68 ALA 374

ASP 348 0.19 ASN 218 -0.82 ALA 374

ASP 348 0.19 LYS 219 -0.64 ALA 374

ASP 348 0.13 ASP 220 -0.54 THR 371

ASP 348 0.09 THR 221 -0.31 ALA 374

PHE 350 0.06 ASN 222 -0.17 ALA 374

PHE 350 0.11 ILE 223 -0.22 TYR 269

ASP 339 0.14 SER 224 -0.20 TYR 269

ALA 343 0.13 CYS 225 -0.17 TYR 269

PHE 340 0.10 ASP 226 -0.22 LEU 267

PHE 350 0.10 PRO 227 -0.34 LEU 267

ASP 220 0.09 ALA 228 -0.34 THR 266

ASP 220 0.10 LEU 229 -0.23 ALA 374

ASP 220 0.05 LEU 230 -0.34 ALA 374

CYS 225 0.10 PRO 231 -0.33 ALA 374

THR 344 0.11 GLU 232 -0.33 ALA 374

THR 344 0.10 PRO 233 -0.40 ALA 374

THR 344 0.11 ASN 234 -0.40 ALA 374

THR 344 0.08 HIS 235 -0.39 ALA 374

SER 345 0.09 VAL 236 -0.44 ALA 374

ASP 348 0.10 MET 237 -0.49 ALA 374

ASP 348 0.07 LEU 238 -0.45 ALA 374

GLY 59 0.09 ASN 239 -0.47 ALA 374

ASP 348 0.09 HIS 240 -0.54 ALA 374

ASP 348 0.09 LEU 241 -0.60 ALA 374

ASP 348 0.11 TYR 242 -0.69 ALA 374

ASP 348 0.11 ALA 243 -0.77 ALA 374

ASP 348 0.11 LEU 244 -0.90 GLU 370

ASP 348 0.12 SER 245 -0.94 ALA 374

ASP 348 0.09 ILE 246 -0.82 GLU 370

ASP 348 0.07 LYS 247 -0.87 GLU 370

ASP 56 0.07 ASP 248 -0.82 ALA 369

ASP 56 0.08 SER 249 -0.73 ALA 369

GLY 59 0.08 VAL 250 -0.76 ALA 369

GLY 59 0.08 MET 251 -0.75 GLU 370

GLY 59 0.07 VAL 252 -0.80 GLU 370

GLY 59 0.08 LEU 253 -0.69 GLU 370

ASP 348 0.07 SER 254 -0.63 GLU 370

GLY 59 0.08 ALA 255 -0.55 ALA 374

GLY 59 0.06 THR 256 -0.47 ALA 374

GLY 59 0.07 HIS 257 -0.41 ALA 374

GLY 59 0.06 ARG 258 -0.35 ALA 374

GLN 66 0.06 TYR 259 -0.29 ALA 374

ILE 327 0.07 LYS 260 -0.26 ALA 374

ARG 358 0.08 LYS 261 -0.25 ALA 374

ARG 358 0.05 LYS 262 -0.26 ALA 374

GLY 59 0.04 TYR 263 -0.33 ALA 374

GLY 59 0.05 VAL 264 -0.37 ALA 374

GLY 59 0.05 THR 265 -0.45 ALA 374

GLY 59 0.07 THR 266 -0.50 GLU 370

GLY 59 0.07 LEU 267 -0.62 GLU 370

GLY 59 0.08 LEU 268 -0.63 GLU 370

GLY 59 0.08 TYR 269 -0.70 GLU 370

GLY 59 0.09 LYS 270 -0.64 GLU 370

GLY 59 0.09 PRO 271 -0.64 ALA 369

PRO 86 0.14 PRO 528 -0.31 GLU 370

GLY 59 0.13 GLY 529 -0.36 GLU 370

GLY 59 0.12 SER 530 -0.38 GLU 370

GLY 59 0.14 HIS 531 -0.38 ALA 374

GLY 59 0.12 THR 532 -0.43 GLU 370

GLY 59 0.11 ILE 533 -0.47 GLU 370

GLY 59 0.13 GLU 534 -0.44 GLU 370

GLY 59 0.13 PHE 535 -0.47 ALA 374

GLY 59 0.11 PHE 536 -0.53 GLU 370

GLY 59 0.12 GLU 537 -0.51 GLU 370

GLY 59 0.14 MET 538 -0.49 ALA 374

GLY 59 0.12 CYS 539 -0.55 ALA 374

GLY 59 0.11 ALA 540 -0.57 GLU 370

ASP 56 0.12 ASN 541 -0.53 ALA 374

ASP 56 0.13 LEU 542 -0.55 ALA 374

ASP 56 0.11 ILE 543 -0.61 ALA 374

ASP 56 0.11 LYS 544 -0.59 ALA 374

ASP 56 0.12 ILE 545 -0.56 ALA 374

ASP 56 0.11 LEU 546 -0.59 ALA 374

ASP 56 0.09 ALA 547 -0.65 ALA 374

ASP 56 0.09 GLN 548 -0.64 ALA 374

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: april 24th, 2026.

Should you encounter any unexpected behaviour, please let us know. elNémo has been relocated. **Some cleaning from time to time** Sorry for the inconvenience.

*** Apo AMPK ***

CA distance fluctuations for 260711175133601569

--- normal mode 11 ---

Should you encounter any unexpected behaviour,
please let us know.
elNémo has been relocated.
Some cleaning from time to time
Sorry for the inconvenience.

* Apo AMPK *