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

* secyeg-tasr *

CA distance fluctuations for 2605152131492949579

--- 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
GLU 102 0.15 MET 1 -0.21 ASP 254

GLU 102 0.14 ASN 2 -0.16 MET 335

GLU 102 0.13 VAL 3 -0.19 SER 253

GLU 102 0.14 GLY 4 -0.20 MET 335

GLU 102 0.14 ALA 5 -0.18 MET 335

GLU 102 0.12 ARG 6 -0.16 MET 335

GLU 102 0.12 GLY 7 -0.18 LYS 425

GLU 102 0.13 ASN 8 -0.19 LYS 338

GLU 102 0.12 ALA 9 -0.16 LYS 338

GLU 102 0.13 GLY 10 -0.16 GLU 331

GLU 102 0.14 LEU 11 -0.15 MET 335

GLU 102 0.12 PHE 12 -0.14 MET 335

GLU 102 0.11 TRP 13 -0.12 GLU 331

GLU 102 0.13 ARG 14 -0.11 GLU 331

GLU 102 0.13 PHE 15 -0.11 GLU 331

GLU 102 0.11 GLY 16 -0.09 MET 335

GLU 102 0.11 PHE 17 -0.08 GLU 331

GLU 102 0.12 THR 18 -0.07 GLU 331

GLU 102 0.10 LEU 19 -0.07 MET 335

GLU 102 0.09 LEU 20 -0.06 VAL 432

GLU 102 0.09 ALA 21 -0.04 VAL 432

GLU 102 0.09 LEU 22 -0.05 VAL 432

GLU 102 0.08 ILE 23 -0.06 VAL 432

GLU 102 0.07 VAL 24 -0.05 VAL 432

GLU 102 0.07 TYR 25 -0.04 VAL 432

GLU 102 0.07 ARG 26 -0.05 VAL 432

GLU 102 0.06 LEU 27 -0.05 VAL 432

GLU 102 0.05 GLY 28 -0.03 VAL 432

GLU 102 0.05 THR 29 -0.03 VAL 432

GLU 102 0.05 TYR 30 -0.04 VAL 432

GLU 102 0.04 ILE 31 -0.04 VAL 432

GLU 102 0.04 PRO 32 -0.05 SER 198

LYS 330 0.04 ILE 33 -0.04 SER 198

LYS 330 0.04 PRO 34 -0.05 SER 198

LYS 330 0.05 GLY 35 -0.06 ASN 205

LYS 330 0.05 VAL 36 -0.06 SER 198

LYS 330 0.04 ASN 37 -0.07 SER 198

LYS 330 0.04 PRO 38 -0.08 SER 198

GLU 102 0.03 SER 39 -0.10 SER 198

LYS 330 0.04 VAL 40 -0.09 LEU 202

LYS 330 0.05 VAL 41 -0.08 SER 198

LYS 330 0.03 GLU 42 -0.10 SER 198

LYS 330 0.03 ASP 43 -0.11 LEU 202

LYS 330 0.05 ILE 44 -0.09 GLU 207

LYS 330 0.04 ILE 45 -0.08 SER 388

LYS 330 0.03 SER 46 -0.11 SER 388

LYS 330 0.04 SER 47 -0.09 ALA 386

LYS 330 0.05 HIS 48 -0.08 ALA 386

LYS 330 0.06 ALA 49 -0.06 ALA 386

LYS 330 0.05 THR 50 -0.06 PHE 389

LYS 330 0.05 GLY 51 -0.07 PHE 389

LYS 330 0.06 VAL 52 -0.04 ILE 91

LYS 330 0.06 LEU 53 -0.04 ILE 91

LYS 330 0.04 GLY 54 -0.06 PHE 389

LYS 330 0.05 ILE 55 -0.04 GLY 392

LYS 330 0.06 PHE 56 -0.04 LEU 87

LYS 330 0.04 ASN 57 -0.03 THR 390

GLU 102 0.06 VAL 58 -0.04 SER 395

GLU 102 0.06 PHE 59 -0.02 SER 395

GLU 102 0.06 SER 60 -0.02 TRP 429

GLU 102 0.06 GLY 61 -0.03 TRP 429

GLU 102 0.05 GLY 62 -0.05 GLU 191

GLU 102 0.05 ALA 63 -0.03 GLU 191

LYS 330 0.05 LEU 64 -0.04 SER 198

GLU 102 0.04 GLY 65 -0.06 SER 198

GLU 102 0.04 ARG 66 -0.06 SER 194

LYS 330 0.04 MET 67 -0.05 SER 198

GLU 102 0.04 THR 68 -0.04 SER 198

LYS 330 0.05 ILE 69 -0.03 SER 198

LYS 330 0.05 PHE 70 -0.02 SER 198

LYS 330 0.06 ALA 71 -0.03 SER 198

LYS 330 0.07 LEU 72 -0.03 LEU 87

LYS 330 0.05 ASN 73 -0.02 LEU 87

ASP 254 0.07 VAL 74 -0.03 GLU 169

GLU 331 0.08 MET 75 -0.03 ILE 83

GLU 331 0.10 PRO 76 -0.03 LEU 87

GLU 331 0.11 TYR 77 -0.03 GLU 169

GLU 331 0.11 ILE 78 -0.04 GLU 169

GLU 331 0.14 VAL 79 -0.04 ILE 83

GLU 331 0.16 SER 80 -0.03 SER 279

GLU 331 0.18 SER 81 -0.03 GLU 169

GLU 331 0.19 ILE 82 -0.04 LEU 276

GLU 331 0.22 ILE 83 -0.07 SER 279

GLU 331 0.26 VAL 84 -0.05 SER 280

GLU 331 0.29 GLN 85 -0.03 LEU 276

GLU 331 0.30 LEU 86 -0.07 LEU 276

GLU 331 0.33 LEU 87 -0.08 SER 280

GLU 331 0.40 SER 88 -0.05 SER 280

GLU 331 0.43 VAL 89 -0.04 SER 280

GLU 331 0.40 ALA 90 -0.08 SER 280

GLU 331 0.43 ILE 91 -0.08 SER 280

GLU 331 0.50 PRO 92 -0.07 SER 280

GLU 331 0.46 THR 93 -0.07 LEU 283

GLU 331 0.44 LEU 94 -0.06 SER 280

GLU 331 0.54 ASN 95 -0.04 SER 280

GLU 331 0.56 GLU 96 -0.04 LEU 283

GLU 331 0.47 MET 97 -0.05 ALA 118

GLU 331 0.48 ARG 98 -0.03 ALA 118

GLU 331 0.62 GLN 99 -0.02 ALA 118

MET 335 0.55 ASP 100 -0.03 ALA 118

MET 335 0.50 GLY 101 -0.02 ALA 118

ASP 254 0.43 GLU 102 -0.02 LYS 107

ASP 254 0.39 LEU 103 -0.03 ALA 118

MET 335 0.40 GLY 104 -0.04 ALA 118

ASP 254 0.35 ARG 105 -0.02 LYS 107

ASP 254 0.30 MET 106 -0.02 ALA 118

ASP 254 0.30 LYS 107 -0.04 ALA 118

GLU 331 0.29 MET 108 -0.03 ALA 118

ASP 254 0.23 SER 109 -0.02 SER 280

ASP 254 0.22 ALA 110 -0.03 TYR 114

MET 335 0.23 TYR 111 -0.05 ALA 118

GLU 331 0.20 THR 112 -0.03 SER 280

ASP 254 0.16 ARG 113 -0.03 SER 280

MET 335 0.17 TYR 114 -0.03 LEU 283

GLU 331 0.18 LEU 115 -0.04 SER 280

GLU 331 0.15 SER 116 -0.03 SER 280

GLU 331 0.13 VAL 117 -0.03 LEU 283

GLU 331 0.14 ALA 118 -0.05 THR 93

GLU 331 0.14 PHE 119 -0.05 THR 93

GLU 331 0.12 CYS 120 -0.03 THR 93

GLU 331 0.12 ILE 121 -0.05 THR 93

GLU 331 0.13 ALA 122 -0.06 THR 93

GLU 331 0.12 GLN 123 -0.05 THR 93

GLU 331 0.10 GLY 124 -0.04 THR 93

GLU 331 0.11 LEU 125 -0.05 THR 93

GLU 331 0.11 VAL 126 -0.06 THR 93

LYS 330 0.09 ILE 127 -0.05 THR 93

LYS 330 0.08 LEU 128 -0.04 GLU 207

LYS 330 0.10 LEU 129 -0.05 THR 93

LYS 330 0.10 GLY 130 -0.05 THR 93

LYS 330 0.09 LEU 131 -0.05 GLU 207

LYS 330 0.08 GLU 132 -0.06 GLU 207

LYS 330 0.09 ARG 133 -0.05 GLU 207

LYS 330 0.09 MET 134 -0.06 GLU 207

LYS 330 0.08 ASN 135 -0.06 GLU 207

LYS 330 0.08 SER 136 -0.06 GLU 207

LYS 330 0.07 ASP 137 -0.06 GLU 207

LYS 330 0.06 GLU 138 -0.07 ASN 205

LYS 330 0.06 VAL 139 -0.07 GLU 207

LYS 330 0.06 MET 140 -0.07 GLU 207

LYS 330 0.06 VAL 141 -0.07 ASN 205

LYS 330 0.06 VAL 142 -0.07 ASN 205

LYS 330 0.06 ILE 143 -0.06 ASN 205

LYS 330 0.07 ASN 144 -0.06 ASN 205

GLU 334 0.08 PRO 145 -0.05 ASN 205

GLU 334 0.08 GLY 146 -0.05 ASN 205

GLU 334 0.09 ILE 147 -0.04 THR 93

GLU 334 0.08 MET 148 -0.04 ASN 205

GLU 334 0.08 PHE 149 -0.04 ASN 205

GLU 334 0.09 ARG 150 -0.04 THR 93

GLU 334 0.09 VAL 151 -0.04 THR 93

GLU 334 0.08 VAL 152 -0.04 ASN 205

GLU 331 0.08 GLY 153 -0.04 LEU 202

GLU 331 0.09 ILE 154 -0.04 THR 93

GLY 248 0.08 SER 155 -0.03 THR 93

GLY 248 0.07 SER 156 -0.03 SER 198

GLU 331 0.08 LEU 157 -0.03 SER 198

ASP 254 0.09 LEU 158 -0.02 THR 93

SER 253 0.08 ALA 159 -0.02 GLU 207

SER 253 0.06 GLY 160 -0.02 SER 198

ASP 254 0.08 THR 161 -0.01 GLU 207

SER 253 0.09 MET 162 -0.01 SER 280

SER 253 0.07 PHE 163 -0.01 ALA 21

SER 253 0.06 LEU 164 -0.01 ALA 21

SER 253 0.09 LEU 165 -0.02 TRP 166

SER 253 0.09 TRP 166 -0.02 TYR 77

GLU 102 0.09 LEU 167 -0.02 ILE 268

GLU 102 0.11 GLY 168 -0.03 ILE 268

GLU 102 0.12 GLU 169 -0.04 ILE 268

GLU 102 0.11 ARG 170 -0.04 PHE 321

GLU 102 0.13 ILE 171 -0.04 GLU 331

GLU 102 0.18 ASN 172 -0.06 ILE 268

GLU 102 0.17 ALA 173 -0.06 LYS 330

GLU 102 0.15 LYS 174 -0.08 GLU 331

GLU 102 0.15 GLY 175 -0.09 GLU 331

GLU 102 0.19 ILE 176 -0.12 GLU 331

GLU 102 0.19 GLY 177 -0.09 GLU 331

GLU 102 0.18 ASN 178 -0.06 ILE 268

GLU 102 0.14 GLY 179 -0.04 ILE 268

GLU 102 0.12 ILE 180 -0.03 ILE 268

GLU 102 0.14 SER 181 -0.03 ILE 268

GLU 102 0.13 LEU 182 -0.04 GLU 331

GLU 102 0.11 ILE 183 -0.03 TRP 429

GLU 102 0.10 ILE 184 -0.03 TRP 429

GLU 102 0.11 PHE 185 -0.03 TRP 429

GLU 102 0.10 VAL 186 -0.04 VAL 432

GLU 102 0.09 GLY 187 -0.04 VAL 432

GLU 102 0.09 ILE 188 -0.04 SER 233

GLU 102 0.10 ILE 189 -0.06 SER 253

GLU 102 0.08 SER 190 -0.05 VAL 432

GLU 102 0.07 GLU 191 -0.06 ARG 66

GLU 102 0.08 LEU 192 -0.06 SER 253

GLU 102 0.08 PRO 193 -0.07 SER 253

GLU 102 0.07 SER 194 -0.08 SER 39

GLU 102 0.07 SER 195 -0.08 GLU 42

GLU 102 0.08 ILE 196 -0.08 SER 253

GLU 102 0.07 SER 197 -0.08 SER 39

GLU 102 0.06 SER 198 -0.10 ASP 43

GLU 102 0.06 VAL 199 -0.10 ASP 43

GLU 102 0.07 PHE 200 -0.09 SER 253

GLU 102 0.06 LEU 201 -0.10 ASP 43

GLU 102 0.05 LEU 202 -0.11 ASP 43

GLU 102 0.06 GLY 203 -0.09 ASP 43

GLU 102 0.06 LYS 204 -0.09 SER 253

GLU 102 0.05 ASN 205 -0.10 ASP 43

GLU 102 0.05 GLY 206 -0.09 ASP 43

GLU 102 0.05 GLU 207 -0.11 ASP 43

GLU 102 0.06 VAL 208 -0.10 SER 46

GLU 102 0.06 SER 209 -0.09 SER 253

GLU 102 0.07 GLY 210 -0.10 SER 253

GLU 102 0.07 LEU 211 -0.10 SER 253

GLU 102 0.07 VAL 212 -0.09 SER 253

GLU 102 0.08 VAL 213 -0.09 SER 253

GLU 102 0.08 LEU 214 -0.11 SER 253

GLY 101 0.08 SER 215 -0.11 SER 253

GLU 102 0.08 MET 216 -0.10 SER 253

GLU 102 0.09 LEU 217 -0.11 SER 253

GLY 101 0.09 LEU 218 -0.12 SER 253

GLY 101 0.09 ALA 219 -0.11 SER 253

GLY 101 0.10 PHE 220 -0.10 SER 253

GLY 101 0.11 PHE 221 -0.12 SER 253

GLY 101 0.11 ALA 222 -0.13 SER 253

GLY 101 0.11 LEU 223 -0.10 SER 255

GLY 101 0.13 PHE 224 -0.11 SER 255

GLY 101 0.13 LEU 225 -0.14 SER 255

GLY 101 0.13 LEU 226 -0.13 SER 255

GLY 101 0.14 ILE 227 -0.10 SER 255

GLY 101 0.16 ILE 228 -0.13 SER 255

GLY 101 0.16 PHE 229 -0.15 SER 255

GLY 101 0.16 PHE 230 -0.13 ARG 235

GLY 101 0.18 GLU 231 -0.10 SER 255

GLY 101 0.20 ARG 232 -0.15 SER 255

GLY 101 0.20 SER 233 -0.14 PHE 229

GLY 101 0.23 TYR 234 -0.15 LYS 236

GLN 99 0.23 ARG 235 -0.13 PHE 230

GLN 99 0.28 LYS 236 -0.15 TYR 234

GLN 99 0.29 VAL 237 -0.09 PHE 229

GLN 99 0.31 PHE 238 -0.12 PHE 229

GLN 99 0.34 VAL 239 -0.10 PHE 229

GLN 99 0.34 GLN 240 -0.10 PHE 229

GLN 99 0.35 TYR 241 -0.11 MET 1

ASP 100 0.37 PRO 242 -0.13 MET 1

ASP 100 0.34 LYS 243 -0.11 MET 1

ASP 100 0.34 ARG 244 -0.12 GLY 4

ASP 100 0.37 GLN 245 -0.14 GLY 4

ASP 100 0.38 THR 246 -0.17 LEU 422

ASP 100 0.38 GLY 247 -0.20 LEU 422

ASP 100 0.43 GLY 248 -0.25 LEU 422

ASP 100 0.45 ARG 249 -0.26 TYR 419

ASP 100 0.43 PHE 250 -0.19 LEU 422

ASP 100 0.43 TYR 251 -0.17 LEU 422

GLY 101 0.44 ASN 252 -0.18 MET 1

GLY 101 0.48 SER 253 -0.20 MET 1

GLY 101 0.49 ASP 254 -0.21 MET 1

GLY 101 0.45 SER 255 -0.18 MET 1

GLY 101 0.39 SER 256 -0.12 PHE 229

GLY 101 0.36 TYR 257 -0.14 TYR 234

GLN 99 0.38 ILE 258 -0.13 TYR 234

GLN 99 0.31 PRO 259 -0.14 THR 332

GLN 99 0.28 LEU 260 -0.12 THR 332

GLN 99 0.24 LYS 261 -0.12 THR 332

GLN 99 0.20 ILE 262 -0.07 THR 332

GLN 99 0.20 ASN 263 -0.06 THR 332

GLN 99 0.24 THR 264 -0.10 SER 408

GLY 101 0.20 ALA 265 -0.06 GLU 331

GLY 101 0.18 GLY 266 -0.06 GLN 409

GLY 101 0.13 VAL 267 -0.04 GLY 177

GLY 101 0.12 ILE 268 -0.06 ASN 178

GLN 99 0.10 PRO 269 -0.05 ASN 172

GLY 101 0.08 PRO 270 -0.04 ASN 178

GLY 101 0.07 ILE 271 -0.04 ASN 172

LYS 330 0.10 PHE 272 -0.04 ASN 172

LYS 330 0.10 ALA 273 -0.03 ASN 172

LYS 330 0.08 ASN 274 -0.03 ILE 83

LYS 330 0.10 ALA 275 -0.05 ILE 83

LYS 330 0.12 LEU 276 -0.07 ILE 83

LYS 330 0.11 LEU 277 -0.06 LEU 87

LYS 330 0.10 LEU 278 -0.06 LEU 87

LYS 330 0.12 SER 279 -0.08 LEU 87

LYS 330 0.12 SER 280 -0.08 ILE 91

LYS 330 0.10 ILE 281 -0.06 ILE 91

LYS 330 0.10 SER 282 -0.06 ILE 91

LYS 330 0.12 LEU 283 -0.07 ILE 91

LYS 330 0.11 VAL 284 -0.07 ILE 91

LYS 330 0.09 ARG 285 -0.06 ILE 91

LYS 330 0.10 PHE 286 -0.06 THR 93

LYS 330 0.10 HIS 287 -0.06 THR 93

LYS 330 0.08 SER 288 -0.05 ILE 91

LYS 330 0.08 GLY 289 -0.06 GLU 207

LYS 330 0.10 SER 290 -0.06 THR 93

LYS 330 0.10 GLU 291 -0.06 THR 93

LYS 330 0.10 TRP 292 -0.07 ILE 91

LYS 330 0.10 ALA 293 -0.07 ILE 91

LYS 330 0.09 ASP 294 -0.06 ILE 91

LYS 330 0.09 VAL 295 -0.06 ILE 91

LYS 330 0.10 LEU 296 -0.07 ILE 91

LYS 330 0.09 LEU 297 -0.06 ILE 91

LYS 330 0.07 ARG 298 -0.06 ALA 90

LYS 330 0.08 TYR 299 -0.06 ALA 90

LYS 330 0.08 LEU 300 -0.06 ALA 90

LYS 330 0.06 SER 301 -0.05 ALA 90

LYS 330 0.05 SER 302 -0.04 ARG 235

LYS 330 0.05 GLU 303 -0.05 ARG 235

LYS 330 0.06 GLY 304 -0.05 ARG 235

LYS 350 0.05 VAL 305 -0.06 ARG 235

LYS 330 0.07 LEU 306 -0.05 ALA 90

LYS 330 0.07 TYR 307 -0.05 ALA 90

LYS 330 0.06 VAL 308 -0.05 ARG 235

LYS 330 0.07 SER 309 -0.05 ARG 235

LYS 330 0.09 VAL 310 -0.05 ALA 90

LYS 330 0.08 TYR 311 -0.04 LEU 86

LYS 330 0.06 ILE 312 -0.05 ARG 235

LYS 330 0.08 ALA 313 -0.04 ARG 235

LYS 330 0.10 LEU 314 -0.03 LEU 86

LYS 330 0.08 ILE 315 -0.03 ASN 172

LYS 330 0.07 MET 316 -0.04 ARG 235

LYS 330 0.11 PHE 317 -0.04 THR 412

LYS 330 0.11 PHE 318 -0.05 ASN 172

GLN 99 0.11 THR 319 -0.05 THR 412

GLN 99 0.11 PHE 320 -0.06 THR 412

VAL 89 0.14 PHE 321 -0.07 THR 412

VAL 89 0.17 TYR 322 -0.08 THR 412

GLN 99 0.20 THR 323 -0.09 THR 412

VAL 89 0.23 SER 324 -0.10 THR 412

VAL 89 0.34 LEU 325 -0.12 THR 412

GLN 99 0.34 VAL 326 -0.15 THR 412

GLN 99 0.34 PHE 327 -0.14 THR 412

GLN 99 0.48 ASP 328 -0.22 THR 412

GLN 99 0.39 THR 329 -0.19 TYR 415

ASN 95 0.47 LYS 330 -0.23 TYR 415

GLN 99 0.62 GLU 331 -0.30 TYR 415

GLN 99 0.52 THR 332 -0.27 TYR 415

GLN 99 0.45 SER 333 -0.24 TYR 415

GLN 99 0.54 GLU 334 -0.29 TYR 419

GLN 99 0.58 MET 335 -0.33 TYR 419

GLN 99 0.48 LEU 336 -0.25 TYR 415

GLU 96 0.45 LYS 337 -0.26 TYR 419

GLN 99 0.52 LYS 338 -0.33 TYR 419

GLN 99 0.49 ASN 339 -0.30 TYR 419

GLN 99 0.42 GLY 340 -0.23 TYR 419

GLN 99 0.41 GLY 341 -0.18 TYR 415

GLN 99 0.34 PHE 342 -0.14 TYR 415

GLN 99 0.32 VAL 343 -0.10 TYR 415

GLN 99 0.27 PRO 344 -0.07 MET 1

GLN 99 0.24 GLY 345 -0.07 TYR 415

GLU 96 0.27 LYS 346 -0.12 TYR 415

PRO 92 0.27 ARG 347 -0.13 TYR 415

GLU 96 0.33 PRO 348 -0.17 TYR 415

PRO 92 0.35 GLY 349 -0.18 TYR 415

PRO 92 0.32 LYS 350 -0.16 TYR 415

PRO 92 0.26 ALA 351 -0.13 TYR 415

PRO 92 0.29 THR 352 -0.14 TYR 415

PRO 92 0.31 LYS 353 -0.15 TYR 415

PRO 92 0.24 GLU 354 -0.12 TYR 415

PRO 92 0.21 TYR 355 -0.10 TYR 415

GLN 99 0.25 PHE 356 -0.11 TYR 415

PRO 92 0.21 ASP 357 -0.11 TYR 415

PRO 92 0.15 GLN 358 -0.08 TYR 415

GLN 99 0.18 VAL 359 -0.06 THR 412

GLN 99 0.19 ILE 360 -0.08 THR 412

GLN 99 0.12 GLY 361 -0.07 THR 412

GLN 99 0.12 ARG 362 -0.04 THR 412

GLN 99 0.15 ILE 363 -0.05 ARG 235

GLN 99 0.14 THR 364 -0.05 THR 412

GLN 99 0.10 VAL 365 -0.05 ARG 235

GLN 99 0.11 LEU 366 -0.10 ARG 235

GLN 99 0.13 GLY 367 -0.10 ARG 235

GLN 99 0.10 ALA 368 -0.07 ARG 235

GLN 99 0.08 ILE 369 -0.09 ARG 235

GLY 101 0.10 TYR 370 -0.11 ARG 235

GLY 101 0.10 LEU 371 -0.09 ARG 235

GLY 101 0.08 SER 372 -0.07 ARG 235

GLY 101 0.08 VAL 373 -0.09 ARG 235

GLY 101 0.09 VAL 374 -0.10 ARG 235

GLY 101 0.08 CYS 375 -0.07 ARG 235

GLY 101 0.07 VAL 376 -0.08 ARG 235

GLY 101 0.07 VAL 377 -0.09 ARG 235

GLY 101 0.07 PRO 378 -0.07 ARG 235

GLU 102 0.06 GLU 379 -0.07 ARG 235

GLY 101 0.06 ILE 380 -0.07 ARG 235

GLY 101 0.06 VAL 381 -0.07 ARG 235

GLU 102 0.06 ARG 382 -0.07 SER 46

GLU 102 0.05 HIS 383 -0.06 SER 46

GLU 102 0.05 TYR 384 -0.07 ARG 235

GLU 102 0.06 CYS 385 -0.08 SER 46

GLU 102 0.05 ALA 386 -0.10 SER 46

GLU 102 0.06 VAL 387 -0.10 SER 46

GLU 102 0.06 SER 388 -0.11 SER 46

GLU 102 0.06 PHE 389 -0.10 SER 46

GLU 102 0.07 THR 390 -0.08 SER 46

GLU 102 0.08 LEU 391 -0.08 SER 46

GLU 102 0.07 GLY 392 -0.07 SER 46

GLY 101 0.08 GLY 393 -0.06 ARG 235

GLU 102 0.08 THR 394 -0.05 ARG 235

GLU 102 0.08 SER 395 -0.05 SER 46

GLU 102 0.10 PHE 396 -0.06 ARG 235

GLY 101 0.11 LEU 397 -0.06 ARG 235

GLU 102 0.11 ILE 398 -0.04 ARG 235

GLU 102 0.12 ILE 399 -0.05 SER 255

GLY 101 0.13 VAL 400 -0.07 SER 255

GLY 101 0.15 ASN 401 -0.05 MET 335

GLU 102 0.15 VAL 402 -0.05 MET 335

GLU 102 0.16 ILE 403 -0.08 MET 335

GLY 101 0.18 ASN 404 -0.10 MET 335

GLU 102 0.20 ASP 405 -0.09 GLU 331

GLU 102 0.18 THR 406 -0.11 GLU 331

GLU 102 0.18 PHE 407 -0.15 MET 335

GLU 102 0.21 SER 408 -0.17 GLU 331

GLU 102 0.22 GLN 409 -0.18 GLU 331

GLU 102 0.19 VAL 410 -0.19 GLU 331

GLU 102 0.20 GLN 411 -0.23 MET 335

GLU 102 0.23 THR 412 -0.27 GLU 331

GLU 102 0.22 GLN 413 -0.24 GLU 331

GLU 102 0.19 VAL 414 -0.26 MET 335

GLY 101 0.21 TYR 415 -0.32 MET 335

GLU 102 0.24 SER 416 -0.29 MET 335

GLU 102 0.22 GLY 417 -0.25 MET 335

GLY 101 0.21 ARG 418 -0.29 MET 335

GLY 101 0.23 TYR 419 -0.33 LYS 338

GLY 101 0.26 SER 420 -0.27 LYS 338

GLY 101 0.22 ALA 421 -0.25 LYS 338

GLY 101 0.21 LEU 422 -0.28 LYS 338

GLY 101 0.25 MET 423 -0.27 LYS 338

GLY 101 0.24 LYS 424 -0.22 LYS 338

GLY 101 0.21 LYS 425 -0.22 LYS 338

GLY 101 0.22 SER 426 -0.23 GLY 248

GLY 101 0.25 GLU 427 -0.19 LYS 338

GLY 101 0.22 LEU 428 -0.17 GLY 7

GLY 101 0.21 TRP 429 -0.18 GLY 7

GLY 101 0.23 LYS 430 -0.17 GLY 248

GLY 101 0.23 LYS 431 -0.15 GLY 7

GLY 101 0.20 VAL 432 -0.18 GLY 7

GLY 101 0.20 LYS 433 -0.16 GLY 7

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.

*** secyeg-tasr ***

CA distance fluctuations for 2605152131492949579

--- normal mode 10 ---

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

* secyeg-tasr *