Should you encounter any unexpected behaviour,
please let us know.

* *

CA distance fluctuations for EXAMPLE4

--- 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]

largest increase ref largest decrease
ARG 14 0.15 ASP 7 -0.11 ILE 138

GLY 13 0.21 SER 8 -0.16 ILE 138

ARG 54 0.09 GLY 9 -0.12 THR 136

ASP 51 0.12 VAL 10 -0.17 THR 136

ASP 51 0.16 ASP 11 -0.12 GLY 102

ASP 51 0.17 SER 12 -0.17 GLY 13

SER 8 0.21 GLY 13 -0.19 PHE 389

ASP 321 0.20 ARG 14 -0.17 ALA 391

ASP 321 0.16 PRO 15 -0.22 ALA 391

ASP 321 0.16 ILE 16 -0.21 PRO 394

ASP 321 0.13 GLY 17 -0.23 PRO 394

ASP 321 0.11 VAL 18 -0.25 PRO 394

ASP 321 0.09 VAL 19 -0.25 PRO 394

SER 12 0.11 PRO 20 -0.25 PRO 394

SER 12 0.08 PHE 21 -0.19 PRO 394

SER 12 0.08 GLN 22 -0.17 ASP 397

SER 12 0.09 TRP 23 -0.16 ASP 397

SER 12 0.07 ALA 24 -0.13 ASP 397

SER 12 0.08 GLY 25 -0.13 GLY 154

SER 12 0.10 PRO 26 -0.16 GLY 154

SER 12 0.13 GLY 27 -0.21 GLY 154

SER 12 0.14 ALA 28 -0.21 GLY 154

SER 12 0.12 ALA 29 -0.19 PHE 172

SER 12 0.11 PRO 30 -0.22 PHE 172

SER 12 0.12 GLU 31 -0.22 ASN 170

SER 12 0.14 ASP 32 -0.23 TYR 169

GLY 34 0.10 ILE 33 -0.18 TYR 169

ILE 33 0.10 GLY 34 -0.22 PRO 394

SER 12 0.15 GLY 35 -0.32 PRO 394

SER 12 0.12 ILE 36 -0.23 PRO 394

SER 12 0.09 VAL 37 -0.20 PRO 394

SER 12 0.13 ALA 38 -0.26 PRO 394

SER 12 0.14 ALA 39 -0.32 PRO 394

SER 12 0.08 ASP 40 -0.17 PRO 394

ASP 321 0.11 LEU 41 -0.16 PRO 394

SER 12 0.16 ARG 42 -0.24 ALA 391

GLU 31 0.07 ASN 43 -0.14 ALA 391

PRO 232 0.09 SER 44 -0.09 PRO 394

ASP 321 0.11 GLY 45 -0.14 LYS 46

ASP 321 0.18 LYS 46 -0.15 ALA 391

ASP 321 0.15 PHE 47 -0.20 ALA 391

SER 12 0.13 ASN 48 -0.27 ALA 391

SER 12 0.13 PRO 49 -0.26 PRO 394

SER 12 0.14 LEU 50 -0.30 PRO 394

SER 12 0.17 ASP 51 -0.38 PRO 394

SER 12 0.15 ARG 52 -0.38 PRO 394

ASP 11 0.15 ALA 53 -0.38 ALA 395

ASP 11 0.13 ARG 54 -0.32 ALA 395

SER 8 0.10 LEU 55 -0.30 PRO 394

ASP 321 0.11 PRO 56 -0.26 ALA 395

ASP 321 0.10 GLN 57 -0.25 ALA 395

ASP 321 0.09 GLN 58 -0.24 PRO 394

ASP 277 0.10 PRO 59 -0.20 PRO 394

ASP 233 0.09 GLY 60 -0.18 PRO 394

ASP 233 0.12 SER 61 -0.15 PRO 394

ASP 233 0.15 ALA 62 -0.14 PRO 394

ASP 233 0.15 GLN 63 -0.14 PRO 394

ASP 233 0.12 GLU 64 -0.17 PRO 394

ASP 233 0.14 VAL 65 -0.18 PRO 394

ASP 277 0.14 GLN 66 -0.18 PRO 394

ASP 277 0.17 PRO 67 -0.17 PRO 394

ASP 277 0.16 ALA 68 -0.18 PRO 394

ASP 321 0.14 ALA 69 -0.21 ALA 395

ASP 321 0.16 TRP 70 -0.21 PRO 394

ASP 321 0.19 SER 71 -0.18 PRO 394

ASP 321 0.16 ALA 72 -0.20 ALA 395

ASP 321 0.15 LEU 73 -0.23 PRO 394

ASP 321 0.19 GLY 74 -0.20 ALA 391

ASP 321 0.19 ILE 75 -0.19 PRO 394

ASP 321 0.22 ASP 76 -0.16 PRO 394

ASP 321 0.19 ALA 77 -0.16 PRO 394

ASP 233 0.15 VAL 78 -0.19 PRO 394

ASP 233 0.14 VAL 79 -0.18 PRO 394

ASP 233 0.12 VAL 80 -0.18 PRO 394

ASP 233 0.10 GLY 81 -0.15 PRO 394

ASP 233 0.07 GLN 82 -0.12 PRO 394

SER 12 0.07 VAL 83 -0.11 ASP 397

SER 12 0.06 THR 84 -0.09 GLY 154

SER 12 0.07 PRO 85 -0.08 PHE 172

SER 12 0.05 ASN 86 -0.05 ASN 212

SER 12 0.05 PRO 87 -0.07 ASN 212

LYS 390 0.05 ASP 88 -0.08 ASN 212

SER 12 0.07 GLY 89 -0.12 ASN 212

LYS 390 0.06 SER 90 -0.08 ASN 212

SER 12 0.06 TYR 91 -0.06 ASN 212

GLY 34 0.04 ASN 92 -0.04 GLY 154

ASP 233 0.06 VAL 93 -0.06 ASP 397

ASP 233 0.10 ALA 94 -0.08 PRO 394

ASP 233 0.12 TYR 95 -0.12 PRO 394

ASP 233 0.16 GLN 96 -0.12 PRO 394

ASP 233 0.18 LEU 97 -0.13 PRO 394

ASP 233 0.18 VAL 98 -0.14 PRO 394

ASP 233 0.21 ASP 99 -0.14 PRO 394

ASP 277 0.20 THR 100 -0.15 PRO 394

ASP 321 0.23 GLY 101 -0.13 PRO 394

ASP 277 0.26 GLY 102 -0.12 ASP 11

ASP 233 0.24 ALA 103 -0.11 PRO 394

ASP 277 0.20 PRO 104 -0.13 PRO 394

ASP 233 0.19 GLY 105 -0.14 PRO 394

ASP 233 0.21 THR 106 -0.11 PRO 394

ASP 233 0.21 VAL 107 -0.11 PRO 394

ASP 233 0.24 LEU 108 -0.11 VAL 10

ASP 233 0.22 ALA 109 -0.10 VAL 10

ASP 233 0.18 GLN 110 -0.08 PRO 394

ASP 233 0.16 ASN 111 -0.06 VAL 10

ASP 233 0.10 SER 112 -0.06 LYS 134

ALA 211 0.07 TYR 113 -0.06 GLY 137

ASN 170 0.05 LYS 114 -0.06 GLY 137

LYS 390 0.05 VAL 115 -0.07 TYR 408

LYS 390 0.07 ASN 116 -0.11 ALA 211

LYS 390 0.08 LYS 117 -0.16 ALA 211

PRO 394 0.09 GLN 118 -0.21 ALA 211

LYS 390 0.07 TRP 119 -0.13 LEU 409

SER 12 0.07 LEU 120 -0.09 PHE 172

LYS 390 0.08 ARG 121 -0.11 ILE 33

ASN 170 0.06 TYR 122 -0.07 ARG 143

GLY 124 0.05 ALA 123 -0.04 ILE 138

SER 12 0.06 GLY 124 -0.07 PRO 394

ASP 233 0.07 HIS 125 -0.05 PRO 394

LEU 409 0.10 THR 126 -0.06 ILE 138

ASP 233 0.12 ALA 127 -0.08 PRO 394

ASP 233 0.12 SER 128 -0.10 PRO 394

ASP 233 0.16 ASP 129 -0.07 SER 8

ASP 233 0.20 GLU 130 -0.08 VAL 10

ASP 233 0.18 VAL 131 -0.10 PRO 394

ASP 233 0.19 PHE 132 -0.10 VAL 10

ASP 233 0.26 GLU 133 -0.13 VAL 10

ASP 233 0.25 LYS 134 -0.13 VAL 10

ASP 233 0.23 LEU 135 -0.16 VAL 10

ASP 321 0.25 THR 136 -0.17 VAL 10

ASP 321 0.29 GLY 137 -0.15 SER 8

SER 320 0.30 ILE 138 -0.16 SER 8

PRO 232 0.25 LYS 139 -0.11 SER 8

PRO 232 0.18 GLY 140 -0.08 SER 8

PRO 232 0.14 ALA 141 -0.07 ASP 7

PRO 232 0.09 PHE 142 -0.06 ASP 51

ARG 145 0.09 ARG 143 -0.08 TRP 119

ARG 145 0.17 THR 144 -0.09 GLN 118

THR 144 0.17 ARG 145 -0.10 ALA 53

THR 144 0.09 ILE 146 -0.13 ALA 53

SER 406 0.07 ALA 147 -0.14 ALA 53

SER 406 0.07 TYR 148 -0.18 ALA 53

SER 406 0.06 VAL 149 -0.20 ALA 53

SER 406 0.04 VAL 150 -0.24 ALA 53

SER 406 0.04 GLN 151 -0.25 ALA 53

SER 406 0.03 THR 152 -0.28 ALA 53

GLY 333 0.03 ASN 153 -0.29 ALA 53

SER 406 0.03 GLY 154 -0.27 ALA 53

PRO 407 0.03 GLY 155 -0.25 ALA 53

PRO 407 0.04 GLN 156 -0.23 ALA 53

PRO 407 0.04 PHE 157 -0.22 ALA 53

PRO 407 0.04 PRO 158 -0.24 ALA 53

PRO 407 0.05 TYR 159 -0.22 ALA 53

SER 406 0.05 GLU 160 -0.21 ALA 53

SER 406 0.07 LEU 161 -0.18 ALA 53

SER 406 0.06 ARG 162 -0.19 ALA 53

THR 144 0.09 VAL 163 -0.15 ALA 53

THR 144 0.07 SER 164 -0.16 ALA 53

LEU 393 0.06 ASP 165 -0.14 ILE 36

THR 144 0.07 TYR 166 -0.13 ASP 51

LYS 390 0.07 ASP 167 -0.21 ALA 39

LEU 393 0.10 GLY 168 -0.22 ARG 52

LEU 393 0.07 TYR 169 -0.25 GLY 35

TYR 122 0.06 ASN 170 -0.22 ASP 32

THR 144 0.06 GLN 171 -0.19 ALA 53

THR 144 0.05 PHE 172 -0.22 PRO 30

SER 406 0.05 VAL 173 -0.20 PRO 30

GLU 133 0.07 VAL 174 -0.17 PRO 30

PRO 407 0.07 HIS 175 -0.16 ALA 53

PRO 407 0.05 ARG 176 -0.19 ALA 53

PRO 407 0.05 SER 177 -0.19 ALA 53

PRO 407 0.05 PRO 178 -0.20 ALA 53

PRO 407 0.05 GLN 179 -0.19 ALA 53

PRO 407 0.05 PRO 180 -0.19 ALA 53

ILE 138 0.06 LEU 181 -0.17 ALA 53

ILE 138 0.07 MSE 182 -0.16 ALA 53

ILE 138 0.08 SER 183 -0.14 ALA 53

ILE 138 0.09 PRO 184 -0.13 ALA 53

ILE 138 0.12 ALA 185 -0.09 ALA 53

PRO 407 0.16 TRP 186 -0.10 GLN 118

GLU 133 0.17 SER 187 -0.11 GLN 118

GLU 133 0.22 PRO 188 -0.10 SER 320

GLU 133 0.21 ASP 189 -0.13 GLN 118

GLU 133 0.18 GLY 190 -0.14 GLN 118

GLU 133 0.15 SER 191 -0.16 GLN 118

GLU 133 0.14 LYS 192 -0.14 GLN 118

PRO 407 0.13 LEU 193 -0.11 GLN 118

GLU 133 0.12 ALA 194 -0.10 PRO 30

ILE 138 0.10 TYR 195 -0.12 ALA 53

ILE 138 0.09 VAL 196 -0.13 ALA 53

ILE 138 0.07 THR 197 -0.15 ALA 53

ILE 138 0.06 PHE 198 -0.16 ALA 53

ILE 138 0.06 GLU 199 -0.16 ALA 53

ILE 138 0.07 SER 200 -0.14 ALA 53

ILE 138 0.06 GLY 201 -0.16 ALA 53

ILE 138 0.07 ARG 202 -0.15 ALA 53

ILE 138 0.08 SER 203 -0.14 ALA 53

ILE 138 0.09 ALA 204 -0.12 ALA 53

ILE 138 0.10 LEU 205 -0.11 ALA 53

GLU 133 0.11 VAL 206 -0.11 PRO 30

GLU 133 0.12 ILE 207 -0.11 GLN 118

GLU 133 0.11 GLN 208 -0.13 GLN 118

ALA 109 0.12 THR 209 -0.15 GLN 118

ALA 109 0.11 LEU 210 -0.18 GLN 118

ALA 109 0.12 ALA 211 -0.21 GLN 118

ALA 109 0.11 ASN 212 -0.19 GLN 118

ALA 109 0.09 GLY 213 -0.17 GLN 118

ALA 109 0.11 ALA 214 -0.15 GLN 118

GLU 133 0.11 VAL 215 -0.13 PRO 30

GLU 133 0.12 ARG 216 -0.11 PRO 30

GLU 133 0.11 GLN 217 -0.11 PRO 30

GLU 133 0.12 VAL 218 -0.09 PRO 30

GLY 137 0.11 ALA 219 -0.09 ALA 53

ILE 138 0.09 SER 220 -0.11 ALA 53

GLY 137 0.09 PHE 221 -0.10 ALA 53

ILE 138 0.08 PRO 222 -0.12 ALA 53

ILE 138 0.08 ARG 223 -0.13 ALA 53

ILE 138 0.07 HIS 224 -0.14 ALA 53

ILE 138 0.07 ASN 225 -0.14 ALA 53

ILE 138 0.10 GLY 226 -0.11 ALA 53

ILE 138 0.10 ALA 227 -0.11 ALA 53

ILE 138 0.13 PRO 228 -0.08 ALA 53

ILE 138 0.16 ALA 229 -0.07 GLN 118

ILE 138 0.19 PHE 230 -0.08 GLN 118

ILE 138 0.23 SER 231 -0.07 GLN 118

ILE 138 0.28 PRO 232 -0.07 GLN 118

GLY 137 0.28 ASP 233 -0.08 GLN 118

GLY 137 0.23 GLY 234 -0.09 GLN 118

GLY 137 0.22 SER 235 -0.08 GLN 118

GLY 137 0.20 LYS 236 -0.08 GLN 118

ILE 138 0.17 LEU 237 -0.08 GLN 118

ILE 138 0.16 ALA 238 -0.07 GLN 118

ILE 138 0.13 PHE 239 -0.07 ALA 53

ILE 138 0.11 ALA 240 -0.09 ALA 53

ILE 138 0.10 LEU 241 -0.09 ALA 53

ILE 138 0.08 SER 242 -0.10 ALA 53

GLY 137 0.08 LYS 243 -0.10 ALA 53

GLY 137 0.08 THR 244 -0.09 ALA 53

GLY 137 0.07 GLY 245 -0.11 ALA 53

ILE 138 0.07 SER 246 -0.10 ALA 53

ILE 138 0.09 LEU 247 -0.10 ALA 53

ILE 138 0.10 ASN 248 -0.07 ALA 53

ILE 138 0.12 LEU 249 -0.06 ALA 53

GLY 137 0.14 TYR 250 -0.06 GLN 118

GLY 137 0.16 VAL 251 -0.07 GLN 118

GLY 137 0.16 MSE 252 -0.07 GLN 118

GLY 102 0.18 ASP 253 -0.08 GLN 118

GLY 102 0.18 LEU 254 -0.09 GLN 118

GLY 102 0.20 ALA 255 -0.09 GLN 118

GLY 102 0.18 SER 256 -0.08 GLN 118

GLY 102 0.16 GLY 257 -0.08 GLN 118

GLY 102 0.16 GLN 258 -0.07 GLN 118

GLY 102 0.15 ILE 259 -0.07 GLN 118

GLY 102 0.16 ARG 260 -0.06 GLN 118

GLY 102 0.14 GLN 261 -0.06 GLN 118

GLY 102 0.15 VAL 262 -0.05 GLN 118

GLY 102 0.13 THR 263 -0.05 GLN 118

GLY 102 0.11 ASP 264 -0.05 ALA 53

GLY 102 0.10 GLY 265 -0.06 ALA 53

GLY 137 0.08 ARG 266 -0.08 ALA 53

ILE 138 0.08 SER 267 -0.08 ALA 53

ILE 138 0.08 ASN 268 -0.09 ALA 53

ILE 138 0.09 ASN 269 -0.07 ALA 53

ILE 138 0.10 THR 270 -0.09 ALA 53

ILE 138 0.10 GLU 271 -0.09 ALA 53

ILE 138 0.13 PRO 272 -0.06 ALA 53

ILE 138 0.16 THR 273 -0.06 GLN 118

ILE 138 0.20 TRP 274 -0.06 GLN 118

ILE 138 0.22 PHE 275 -0.06 PRO 188

ILE 138 0.28 PRO 276 -0.08 PRO 188

GLY 137 0.27 ASP 277 -0.06 GLN 118

GLY 137 0.24 SER 278 -0.07 GLN 118

GLY 102 0.22 GLN 279 -0.06 GLN 118

GLY 102 0.20 ASN 280 -0.05 GLN 118

ILE 138 0.17 LEU 281 -0.05 GLN 118

ILE 138 0.14 ALA 282 -0.04 GLN 118

ILE 138 0.12 PHE 283 -0.05 ALA 53

ILE 138 0.09 THR 284 -0.07 ALA 53

ILE 138 0.08 SER 285 -0.07 ALA 53

ILE 138 0.06 ASP 286 -0.08 ALA 53

GLY 102 0.07 GLN 287 -0.06 ALA 53

GLY 102 0.06 ALA 288 -0.06 ALA 53

ILE 138 0.05 GLY 289 -0.08 ALA 53

ILE 138 0.04 ARG 290 -0.09 ALA 53

ILE 138 0.05 PRO 291 -0.09 ALA 53

ILE 138 0.06 GLN 292 -0.06 ALA 53

GLY 102 0.09 VAL 293 -0.05 ALA 53

GLY 102 0.11 TYR 294 -0.03 GLN 118

GLY 102 0.15 LYS 295 -0.04 GLN 118

GLY 102 0.16 VAL 296 -0.04 GLN 118

GLY 102 0.19 ASN 297 -0.05 GLN 118

GLY 102 0.18 ILE 298 -0.06 GLN 118

GLY 102 0.20 ASN 299 -0.06 GLN 118

GLY 102 0.19 GLY 300 -0.05 GLN 118

GLY 102 0.18 GLY 301 -0.04 GLN 118

GLY 102 0.15 ALA 302 -0.04 GLN 118

GLY 102 0.14 PRO 303 -0.04 GLN 118

GLY 102 0.13 GLN 304 -0.03 GLN 118

GLY 102 0.11 ARG 305 -0.03 GLN 118

GLY 102 0.11 ILE 306 -0.03 PRO 188

GLY 102 0.08 THR 307 -0.03 PRO 188

GLY 102 0.06 TRP 308 -0.03 PRO 188

GLY 102 0.03 GLU 309 -0.03 SER 12

MSE 376 0.03 GLY 310 -0.06 ASP 51

MSE 376 0.03 SER 311 -0.08 ALA 53

ILE 138 0.03 GLN 312 -0.09 ALA 53

ILE 138 0.04 ASN 313 -0.08 ALA 53

ILE 138 0.06 GLN 314 -0.09 ALA 53

ILE 138 0.08 ASP 315 -0.09 ALA 53

ILE 138 0.09 ALA 316 -0.06 ALA 53

ILE 138 0.12 ASP 317 -0.05 PRO 188

ILE 138 0.16 VAL 318 -0.06 PRO 188

ILE 138 0.20 SER 319 -0.11 PRO 407

ILE 138 0.30 SER 320 -0.17 PRO 407

ILE 138 0.30 ASP 321 -0.13 PRO 407

GLY 102 0.21 GLY 322 -0.10 PRO 407

GLY 102 0.20 LYS 323 -0.09 PRO 407

GLY 102 0.14 PHE 324 -0.07 PRO 407

GLY 102 0.11 MSE 325 -0.05 PRO 407

GLY 102 0.07 VAL 326 -0.04 ASP 51

ILE 138 0.05 MSE 327 -0.07 ASP 51

ILE 138 0.03 VAL 328 -0.10 ASP 51

MSE 376 0.03 SER 329 -0.09 ASP 51

MSE 376 0.04 SER 330 -0.11 ALA 53

MSE 376 0.04 ASN 331 -0.10 ASP 51

MSE 376 0.04 GLY 332 -0.12 ARG 54

MSE 376 0.06 GLY 333 -0.14 ALA 53

MSE 376 0.03 GLN 334 -0.14 ALA 53

MSE 376 0.03 GLN 335 -0.14 ASP 51

ALA 338 0.02 HIS 336 -0.13 ASP 51

ASP 356 0.02 ILE 337 -0.10 ASP 51

HIS 336 0.02 ALA 338 -0.06 ASP 51

GLY 102 0.05 LYS 339 -0.04 PRO 407

GLY 102 0.08 GLN 340 -0.05 PRO 407

GLY 102 0.12 ASP 341 -0.06 PRO 407

GLY 102 0.15 LEU 342 -0.06 PRO 407

GLY 102 0.17 ALA 343 -0.06 PRO 407

GLY 74 0.14 THR 344 -0.06 PRO 407

GLY 102 0.10 GLY 345 -0.05 PRO 407

GLY 74 0.07 GLY 346 -0.05 PRO 407

ARG 14 0.04 VAL 347 -0.04 PRO 407

ALA 28 0.05 GLN 348 -0.04 PRO 407

ALA 28 0.04 VAL 349 -0.06 SER 12

ALA 28 0.04 LEU 350 -0.08 ASN 48

LYS 117 0.04 SER 351 -0.13 ASP 51

LYS 117 0.05 SER 352 -0.17 ASP 51

GLN 118 0.05 THR 353 -0.22 ASP 51

GLN 118 0.04 PHE 354 -0.21 ALA 53

GLY 333 0.04 LEU 355 -0.18 ALA 53

ALA 395 0.02 ASP 356 -0.17 ASP 51

ASN 364 0.03 GLU 357 -0.15 ALA 53

ILE 138 0.05 THR 358 -0.13 ALA 53

ILE 138 0.05 PRO 359 -0.11 ASP 51

ILE 138 0.08 SER 360 -0.09 ASP 51

ILE 138 0.09 LEU 361 -0.06 ASP 51

PRO 232 0.10 ALA 362 -0.06 ASP 7

PRO 232 0.18 PRO 363 -0.07 GLN 118

PRO 232 0.20 ASN 364 -0.10 ASP 7

SER 319 0.15 GLY 365 -0.10 ASP 7

PRO 232 0.11 THR 366 -0.11 ASP 7

PRO 232 0.07 MSE 367 -0.06 ASP 7

PRO 232 0.05 VAL 368 -0.10 ASP 51

ASN 364 0.03 ILE 369 -0.15 ASP 51

ASN 364 0.04 TYR 370 -0.16 ASP 51

THR 144 0.03 SER 371 -0.20 ASP 51

ALA 395 0.04 SER 372 -0.22 ALA 53

GLY 333 0.04 SER 373 -0.24 ALA 53

GLN 118 0.05 GLN 374 -0.29 ALA 53

GLN 118 0.04 GLY 375 -0.28 ALA 53

GLY 333 0.06 MSE 376 -0.27 ALA 53

GLY 333 0.05 GLY 377 -0.27 ALA 53

GLY 333 0.04 SER 378 -0.26 ALA 53

ALA 395 0.04 VAL 379 -0.27 ALA 53

THR 144 0.04 LEU 380 -0.25 ASP 51

GLY 168 0.05 ASN 381 -0.24 ASP 51

ASP 167 0.05 LEU 382 -0.18 ASP 51

ARG 121 0.04 VAL 383 -0.13 ASP 51

PRO 232 0.06 SER 384 -0.07 ASN 48

SER 319 0.07 THR 385 -0.06 ASP 7

ASP 321 0.08 ASP 386 -0.07 THR 136

ALA 28 0.07 GLY 387 -0.07 THR 136

ALA 28 0.09 ARG 388 -0.19 GLY 13

GLU 31 0.09 PHE 389 -0.19 GLY 13

GLU 31 0.08 LYS 390 -0.18 ASP 51

GLN 118 0.08 ALA 391 -0.32 ASP 51

GLN 118 0.08 ARG 392 -0.34 ASP 51

GLY 168 0.10 LEU 393 -0.32 ASP 51

GLN 118 0.09 PRO 394 -0.38 ASP 51

GLN 118 0.07 ALA 395 -0.38 ALA 53

GLN 118 0.05 THR 396 -0.34 ALA 53

PHE 172 0.03 ASP 397 -0.34 ALA 53

GLY 333 0.03 GLY 398 -0.31 ALA 53

GLY 333 0.04 GLN 399 -0.28 ALA 53

SER 406 0.03 VAL 400 -0.25 ALA 53

SER 406 0.04 LYS 401 -0.21 ALA 53

ILE 138 0.05 PHE 402 -0.17 ALA 53

ILE 138 0.05 PRO 403 -0.16 ALA 53

ILE 138 0.08 ALA 404 -0.12 ALA 53

GLU 133 0.09 TRP 405 -0.09 ASP 51

GLU 133 0.12 SER 406 -0.13 SER 320

TRP 186 0.16 PRO 407 -0.17 SER 320

GLU 133 0.21 TYR 408 -0.12 GLN 118

GLU 130 0.19 LEU 409 -0.14 GLN 118

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).
Last modification: April 25th, 2023.

Should you encounter any unexpected behaviour, please let us know.

*** ***

CA distance fluctuations for EXAMPLE4

--- normal mode 8 ---

Should you encounter any unexpected behaviour,
please let us know.

* *