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

* *

CA distance fluctuations for 2608020348212097225

--- normal mode 9 ---

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
GLN 241 0.08 LEU 1 -0.38 GLN 127

TYR 205 0.07 ILE 2 -0.34 GLN 127

PRO 189 0.08 PRO 3 -0.31 GLN 127

PRO 189 0.08 THR 4 -0.30 GLN 127

PRO 189 0.08 VAL 5 -0.26 GLN 127

LYS 55 0.09 ILE 6 -0.25 GLN 127

LYS 55 0.12 GLU 7 -0.22 GLN 127

LYS 55 0.15 THR 8 -0.20 GLN 127

LYS 55 0.19 THR 9 -0.18 GLN 127

GLU 54 0.23 ASN 10 -0.16 GLN 127

LYS 55 0.14 GLY 11 -0.21 GLN 127

LYS 55 0.12 GLU 12 -0.23 GLN 127

LYS 55 0.09 ARG 13 -0.25 GLN 127

LYS 55 0.06 ALA 14 -0.28 GLN 127

LYS 55 0.05 TYR 15 -0.27 GLN 127

PRO 189 0.06 ASP 16 -0.30 GLN 127

PRO 189 0.07 ILE 17 -0.27 GLN 127

PRO 189 0.05 TYR 18 -0.27 GLN 127

PRO 189 0.04 SER 19 -0.27 GLN 127

ARG 25 0.07 ARG 20 -0.24 GLN 127

ASN 10 0.07 LEU 21 -0.22 GLN 127

ASN 10 0.09 LEU 22 -0.22 GLN 127

ASN 10 0.12 LYS 23 -0.20 GLN 127

ASN 10 0.14 ASP 24 -0.18 GLN 127

ASN 10 0.15 ARG 25 -0.18 GLN 127

ASN 10 0.10 ILE 26 -0.19 GLN 127

ASN 10 0.07 ILE 27 -0.22 GLN 127

LEU 190 0.09 MET 28 -0.23 GLN 127

LEU 190 0.06 LEU 29 -0.24 GLN 127

LEU 190 0.09 GLY 30 -0.25 GLN 127

SER 230 0.07 SER 31 -0.29 GLY 125

ASN 226 0.09 GLN 32 -0.35 GLY 125

SER 221 0.08 ILE 33 -0.36 GLY 125

SER 221 0.12 ASP 34 -0.42 GLY 125

ASP 34 0.10 ASP 35 -0.40 GLN 127

SER 230 0.09 ASN 36 -0.39 GLN 127

SER 230 0.07 VAL 37 -0.34 GLN 127

SER 230 0.05 ALA 38 -0.31 GLN 127

ILE 217 0.04 ASN 39 -0.31 GLN 127

GLN 234 0.04 SER 40 -0.30 GLN 127

ASN 10 0.05 ILE 41 -0.26 GLN 127

ASN 10 0.06 VAL 42 -0.24 GLN 127

ASN 10 0.06 SER 43 -0.25 GLN 127

ASN 10 0.08 GLN 44 -0.23 GLN 127

ASN 10 0.11 LEU 45 -0.20 GLN 127

ASN 10 0.11 LEU 46 -0.19 GLN 127

ASN 10 0.11 PHE 47 -0.20 GLN 127

ASN 10 0.15 LEU 48 -0.18 GLN 127

ASN 10 0.17 GLN 49 -0.16 GLN 127

ASN 10 0.16 ALA 50 -0.17 GLN 127

ASN 10 0.20 GLN 51 -0.17 GLN 127

ASN 10 0.23 ASP 52 -0.15 GLN 127

ASN 10 0.21 SER 53 -0.13 GLN 127

ASN 10 0.23 GLU 54 -0.12 GLN 127

ASN 10 0.23 LYS 55 -0.13 GLN 127

ASN 10 0.19 ASP 56 -0.13 GLN 127

ASN 10 0.15 ILE 57 -0.15 GLN 127

ASN 10 0.12 TYR 58 -0.16 GLN 127

ASN 10 0.09 LEU 59 -0.17 GLN 127

LEU 190 0.07 TYR 60 -0.18 GLN 127

LEU 190 0.06 ILE 61 -0.18 GLY 125

LEU 190 0.07 ASN 62 -0.20 GLY 125

ASN 226 0.07 SER 63 -0.23 GLY 125

GLN 222 0.08 PRO 64 -0.24 GLY 125

GLN 222 0.08 GLY 65 -0.28 GLY 125

GLN 222 0.11 GLY 66 -0.39 GLY 125

GLN 222 0.10 SER 67 -0.43 GLY 125

GLN 222 0.08 VAL 68 -0.30 GLY 125

PRO 254 0.07 THR 69 -0.30 GLY 125

SER 221 0.07 ALA 70 -0.32 GLY 125

GLN 222 0.05 GLY 71 -0.26 GLY 125

ASN 10 0.06 PHE 72 -0.20 GLY 125

ASN 10 0.06 ALA 73 -0.23 GLN 127

ASN 10 0.07 ILE 74 -0.21 GLN 127

ASN 10 0.08 TYR 75 -0.16 GLY 125

ASN 10 0.09 ASP 76 -0.15 GLN 127

ASN 10 0.10 THR 77 -0.17 GLN 127

ASN 10 0.11 ILE 78 -0.15 GLN 127

ASN 10 0.12 GLN 79 -0.12 GLN 127

ASN 10 0.13 HIS 80 -0.13 GLN 127

ASN 10 0.14 ILE 81 -0.14 GLN 127

ASN 10 0.17 LYS 82 -0.11 GLN 127

ASN 10 0.17 PRO 83 -0.12 GLN 127

ASN 10 0.16 ASP 84 -0.11 GLN 127

ASN 10 0.14 VAL 85 -0.13 GLN 127

ASN 10 0.13 GLN 86 -0.12 GLN 127

ASN 10 0.10 THR 87 -0.13 GLN 127

ASN 10 0.08 ILE 88 -0.13 GLN 127

LEU 190 0.06 CYS 89 -0.13 GLY 125

LEU 190 0.08 ILE 90 -0.14 GLN 127

LEU 190 0.07 GLY 91 -0.14 GLN 127

ASN 226 0.07 MET 92 -0.14 GLY 125

GLN 222 0.06 ALA 93 -0.15 GLY 125

GLN 222 0.07 ALA 94 -0.15 GLY 125

GLN 222 0.08 SER 95 -0.15 GLY 125

GLN 222 0.07 MET 96 -0.20 GLY 125

GLN 222 0.06 GLY 97 -0.19 GLY 125

GLN 222 0.06 SER 98 -0.12 GLY 125

ASN 10 0.06 PHE 99 -0.12 GLY 125

ASN 10 0.07 LEU 100 -0.15 GLY 125

ASN 10 0.08 LEU 101 -0.12 GLY 125

ASN 10 0.09 ALA 102 -0.08 GLY 125

ASN 10 0.10 ALA 103 -0.10 GLY 125

ASN 10 0.12 GLY 104 -0.11 GLN 127

ASN 10 0.14 ALA 105 -0.09 GLN 127

ASN 10 0.14 LYS 106 -0.07 PRO 379

ASN 10 0.14 GLY 107 -0.06 LYS 245

ASN 10 0.14 LYS 108 -0.09 GLN 127

ASN 10 0.11 ARG 109 -0.09 GLN 127

ASN 10 0.10 PHE 110 -0.09 GLN 127

ASN 10 0.07 ALA 111 -0.09 GLN 127

LEU 190 0.07 LEU 112 -0.09 GLN 127

LEU 190 0.06 PRO 113 -0.07 GLN 127

LEU 190 0.06 ASN 114 -0.08 GLN 127

LEU 190 0.06 ALA 115 -0.09 GLN 127

ASN 226 0.06 GLU 116 -0.09 LEU 1

GLN 222 0.06 VAL 117 -0.09 LEU 1

GLN 222 0.07 MET 118 -0.11 LEU 1

GLN 222 0.07 ILE 119 -0.11 LEU 1

GLN 222 0.08 HIS 120 -0.13 LEU 1

GLN 222 0.07 GLN 121 -0.13 LEU 1

PRO 254 0.08 PRO 122 -0.15 LEU 1

GLY 256 0.09 LEU 123 -0.20 LEU 1

ASP 359 0.07 GLY 124 -0.30 GLY 125

ASP 167 0.18 GLY 125 -0.43 SER 67

ASP 167 0.14 ALA 126 -0.38 ASP 34

LYS 164 0.14 GLN 127 -0.43 GLN 222

GLU 160 0.11 GLY 128 -0.51 GLN 317

GLU 160 0.10 GLN 129 -0.54 GLN 317

LYS 354 0.12 ALA 130 -0.46 GLN 317

LYS 354 0.14 THR 131 -0.38 GLN 317

GLU 160 0.08 GLU 132 -0.34 GLN 317

GLU 160 0.11 ILE 133 -0.33 GLN 317

GLU 366 0.13 GLU 134 -0.29 GLN 317

GLU 366 0.10 ILE 135 -0.22 GLN 317

GLU 160 0.06 ALA 136 -0.20 LEU 1

ALA 126 0.10 ALA 137 -0.20 LEU 1

LYS 142 0.15 ASN 138 -0.17 GLN 317

PRO 303 0.04 HIS 139 -0.14 LEU 1

GLU 160 0.04 ILE 140 -0.15 LEU 1

GLY 125 0.11 LEU 141 -0.13 LEU 1

ASN 138 0.15 LYS 142 -0.11 LEU 1

ASN 138 0.06 THR 143 -0.12 LEU 1

ASN 10 0.05 ARG 144 -0.11 LEU 1

ASN 138 0.11 GLU 145 -0.10 LEU 1

ASN 138 0.10 LYS 146 -0.09 LEU 1

ASN 10 0.06 LEU 147 -0.09 LEU 1

ASN 10 0.07 ASN 148 -0.09 LEU 1

ASN 138 0.10 ARG 149 -0.08 GLU 365

ASN 10 0.09 ILE 150 -0.07 GLU 365

ASN 10 0.08 LEU 151 -0.07 LEU 1

ASN 10 0.09 SER 152 -0.07 GLU 365

ASN 10 0.11 GLU 153 -0.08 VAL 376

ASN 10 0.11 ARG 154 -0.06 VAL 376

ASN 10 0.10 THR 155 -0.06 VAL 376

ASN 10 0.10 GLY 156 -0.06 VAL 376

ASN 10 0.09 GLN 157 -0.06 GLU 365

ALA 130 0.09 SER 158 -0.07 GLU 365

GLU 134 0.10 ILE 159 -0.07 LEU 1

GLN 127 0.13 GLU 160 -0.07 LEU 1

GLN 127 0.10 LYS 161 -0.07 LEU 1

GLY 125 0.08 ILE 162 -0.08 LEU 1

GLY 125 0.13 GLN 163 -0.09 LEU 1

GLY 125 0.15 LYS 164 -0.09 LEU 1

GLY 125 0.10 ASP 165 -0.09 LEU 1

GLY 125 0.09 THR 166 -0.11 LEU 1

GLY 125 0.18 ASP 167 -0.11 LEU 1

GLY 125 0.15 ARG 168 -0.12 LEU 1

GLN 222 0.08 ASP 169 -0.12 LEU 1

GLN 222 0.07 ASN 170 -0.11 LEU 1

GLN 222 0.07 PHE 171 -0.10 LEU 1

GLN 222 0.06 LEU 172 -0.08 LEU 1

GLN 222 0.05 THR 173 -0.06 LEU 1

ASN 10 0.06 ALA 174 -0.05 GLY 125

ASN 10 0.07 GLU 175 -0.03 LEU 1

ASN 10 0.06 GLU 176 -0.05 LEU 1

ASN 10 0.07 ALA 177 -0.06 LEU 1

ASN 10 0.09 LYS 178 -0.04 VAL 378

ASN 10 0.08 GLU 179 -0.04 VAL 378

ASN 10 0.08 TYR 180 -0.05 LEU 1

ASN 10 0.09 GLY 181 -0.05 VAL 378

ASN 10 0.08 LEU 182 -0.06 LEU 1

ASN 10 0.10 ILE 183 -0.06 GLY 125

ASN 10 0.11 ASP 184 -0.05 VAL 378

ASN 10 0.11 GLU 185 -0.06 GLN 127

ASN 10 0.09 VAL 186 -0.06 GLN 127

ASN 10 0.09 MET 187 -0.08 GLN 127

ASN 10 0.09 VAL 188 -0.07 GLN 127

ASN 10 0.08 PRO 189 -0.08 GLN 127

MET 28 0.09 LEU 190 -0.35 GLN 127

MET 28 0.08 ILE 191 -0.33 GLN 127

ASP 206 0.04 PRO 192 -0.30 GLN 127

ILE 2 0.06 THR 193 -0.28 GLN 127

ASN 10 0.04 VAL 194 -0.25 GLN 127

ALA 50 0.05 ILE 195 -0.23 GLN 127

ASN 10 0.08 GLU 196 -0.21 GLN 127

GLY 297 0.08 THR 197 -0.19 GLN 127

LYS 245 0.10 THR 198 -0.18 GLN 127

LYS 245 0.13 ASN 199 -0.17 GLN 127

LYS 245 0.12 ARG 200 -0.19 GLN 127

LYS 245 0.10 GLY 201 -0.20 GLN 127

LYS 245 0.08 GLU 202 -0.21 GLN 127

LYS 245 0.07 ARG 203 -0.23 GLN 127

LEU 1 0.08 ALA 204 -0.25 GLN 127

LEU 1 0.08 TYR 205 -0.27 GLN 127

LEU 1 0.07 ASP 206 -0.29 GLN 127

MET 28 0.04 ILE 207 -0.27 GLN 127

LEU 212 0.06 TYR 208 -0.29 GLN 127

LEU 1 0.06 SER 209 -0.27 GLN 127

ASP 214 0.05 ARG 210 -0.24 GLN 127

LYS 298 0.05 LEU 211 -0.23 GLN 127

TYR 208 0.06 LEU 212 -0.23 GLN 127

ARG 215 0.09 LYS 213 -0.21 GLN 127

LYS 213 0.09 ASP 214 -0.19 GLN 127

LYS 213 0.09 ARG 215 -0.20 GLN 127

ASN 36 0.05 ILE 216 -0.21 GLN 127

ASN 36 0.06 ILE 217 -0.24 GLN 127

ASN 36 0.07 MET 218 -0.28 GLN 127

ASP 34 0.08 LEU 219 -0.30 GLN 127

ASP 34 0.09 GLY 220 -0.34 GLN 127

ASP 34 0.12 SER 221 -0.39 GLN 127

GLY 66 0.11 GLN 222 -0.43 GLN 127

GLY 66 0.08 ILE 223 -0.37 GLN 127

GLY 66 0.09 ASP 224 -0.36 GLN 127

GLN 317 0.11 ASP 225 -0.31 GLN 127

GLN 317 0.09 ASN 226 -0.31 GLN 127

ASP 34 0.10 VAL 227 -0.32 GLN 127

GLY 318 0.08 ALA 228 -0.29 GLN 127

GLY 318 0.10 ASN 229 -0.26 GLN 127

ASP 34 0.09 SER 230 -0.27 GLN 127

ASP 34 0.08 ILE 231 -0.26 GLN 127

GLY 318 0.09 VAL 232 -0.23 GLN 127

GLY 318 0.09 SER 233 -0.23 GLN 127

ASN 36 0.07 GLN 234 -0.23 GLN 127

GLY 318 0.07 LEU 235 -0.21 GLN 127

GLY 318 0.09 LEU 236 -0.20 GLN 127

GLY 318 0.08 PHE 237 -0.20 GLN 127

GLY 318 0.07 LEU 238 -0.19 GLN 127

GLY 318 0.08 GLN 239 -0.17 GLN 127

GLY 318 0.08 ALA 240 -0.17 GLN 127

LEU 1 0.08 GLN 241 -0.17 GLN 127

ARG 200 0.10 ASP 242 -0.16 GLN 127

ARG 200 0.08 SER 243 -0.15 GLN 127

ASN 199 0.11 GLU 244 -0.14 GLN 127

ASN 199 0.13 LYS 245 -0.16 GLN 127

ASN 199 0.12 ASP 246 -0.16 GLN 127

ASN 199 0.08 ILE 247 -0.18 GLN 127

ASN 199 0.07 TYR 248 -0.20 GLN 127

ASN 199 0.04 LEU 249 -0.22 GLN 127

ASN 10 0.04 TYR 250 -0.24 GLN 127

ASP 34 0.05 ILE 251 -0.27 GLN 127

ALA 70 0.05 ASN 252 -0.31 GLN 127

SER 67 0.07 SER 253 -0.36 GLN 127

LEU 123 0.09 PRO 254 -0.42 GLN 127

LEU 123 0.08 GLY 255 -0.38 GLN 127

LEU 123 0.09 GLY 256 -0.41 GLN 127

LEU 123 0.08 SER 257 -0.35 GLN 127

LEU 123 0.07 VAL 258 -0.28 GLN 127

GLN 317 0.12 THR 259 -0.26 GLN 127

GLN 317 0.10 ALA 260 -0.28 GLN 127

GLY 318 0.06 GLY 261 -0.27 GLN 127

GLU 322 0.09 PHE 262 -0.23 GLN 127

GLY 318 0.11 ALA 263 -0.23 GLN 127

GLY 318 0.08 ILE 264 -0.24 GLN 127

GLU 322 0.08 TYR 265 -0.21 GLN 127

GLU 322 0.11 ASP 266 -0.19 GLN 127

GLU 322 0.10 THR 267 -0.19 GLN 127

GLU 322 0.08 ILE 268 -0.19 GLN 127

GLU 322 0.09 GLN 269 -0.16 GLN 127

GLU 322 0.11 HIS 270 -0.16 GLN 127

GLU 322 0.09 ILE 271 -0.16 GLN 127

GLU 322 0.09 LYS 272 -0.15 GLN 127

ASN 199 0.08 PRO 273 -0.16 GLN 127

ASN 199 0.09 ASP 274 -0.15 GLN 127

ASN 199 0.07 VAL 275 -0.18 GLN 127

ASN 199 0.08 GLN 276 -0.17 GLN 127

ASN 199 0.06 THR 277 -0.19 GLN 127

ASN 10 0.07 ILE 278 -0.19 GLN 127

ASN 10 0.06 CYS 279 -0.21 GLN 127

ASN 10 0.06 ILE 280 -0.23 GLN 127

ASN 10 0.04 GLY 281 -0.25 GLN 127

PRO 122 0.05 MET 282 -0.28 GLN 127

LEU 123 0.05 ALA 283 -0.28 GLN 127

LEU 123 0.07 ALA 284 -0.31 GLN 127

LEU 123 0.08 SER 285 -0.30 GLN 127

LEU 123 0.07 MET 286 -0.29 GLN 127

LEU 123 0.06 GLY 287 -0.29 GLN 127

LEU 123 0.05 SER 288 -0.23 GLN 127

LEU 123 0.05 PHE 289 -0.21 GLN 127

LEU 123 0.04 LEU 290 -0.22 GLN 127

ASN 199 0.04 LEU 291 -0.20 GLN 127

ASN 199 0.05 ALA 292 -0.17 GLN 127

ASN 199 0.05 ALA 293 -0.17 GLN 127

ASN 199 0.06 GLY 294 -0.17 GLN 127

ASN 199 0.08 ALA 295 -0.14 GLN 127

ASN 199 0.09 LYS 296 -0.12 GLN 127

ASN 199 0.11 GLY 297 -0.11 GLN 127

ASN 199 0.10 LYS 298 -0.14 GLN 127

ASN 199 0.08 ARG 299 -0.15 GLN 127

ASN 10 0.09 PHE 300 -0.15 GLN 127

ASN 10 0.08 ALA 301 -0.16 GLN 127

ASN 10 0.09 LEU 302 -0.15 GLN 127

ASN 10 0.09 PRO 303 -0.10 GLN 127

ASN 138 0.08 ASN 304 -0.12 GLN 127

ASN 10 0.06 ALA 305 -0.17 GLN 127

ASN 10 0.04 GLU 306 -0.19 GLN 127

LEU 123 0.04 VAL 307 -0.19 GLN 127

LEU 123 0.06 MET 308 -0.21 GLN 127

LEU 123 0.05 ILE 309 -0.19 GLN 127

LEU 123 0.06 HIS 310 -0.20 GLN 127

GLY 124 0.06 GLN 311 -0.19 GLY 128

LEU 123 0.07 PRO 312 -0.27 GLY 128

LEU 123 0.07 LEU 313 -0.38 GLY 128

LEU 123 0.06 GLY 314 -0.39 GLY 128

THR 259 0.05 GLY 315 -0.45 GLY 128

THR 259 0.11 ALA 316 -0.46 GLN 129

THR 259 0.12 GLN 317 -0.54 GLN 129

THR 259 0.12 GLY 318 -0.47 GLN 129

HIS 270 0.09 GLN 319 -0.39 GLN 129

HIS 270 0.07 ALA 320 -0.34 GLN 129

HIS 270 0.09 THR 321 -0.28 GLN 129

HIS 270 0.11 GLU 322 -0.33 GLN 129

THR 259 0.07 ILE 323 -0.35 GLN 129

HIS 270 0.06 GLU 324 -0.25 GLN 129

HIS 329 0.09 ILE 325 -0.24 GLY 128

HIS 329 0.10 ALA 326 -0.28 GLY 128

GLY 315 0.04 ALA 327 -0.23 GLN 129

HIS 270 0.04 ASN 328 -0.16 GLY 128

ALA 326 0.10 HIS 329 -0.20 GLY 128

LEU 123 0.05 ILE 330 -0.22 GLY 128

LEU 123 0.05 LEU 331 -0.14 GLY 128

ILE 325 0.08 LYS 332 -0.14 GLY 128

ILE 325 0.06 THR 333 -0.18 GLN 127

LEU 123 0.05 ARG 334 -0.15 GLN 127

ILE 325 0.05 GLU 335 -0.12 GLN 127

ILE 325 0.07 LYS 336 -0.14 GLN 127

LEU 123 0.05 LEU 337 -0.16 GLN 127

LEU 123 0.04 ASN 338 -0.12 GLN 127

ILE 325 0.05 ARG 339 -0.11 GLN 127

ILE 325 0.05 ILE 340 -0.13 GLN 127

ASN 199 0.04 LEU 341 -0.13 GLN 127

THR 131 0.06 SER 342 -0.09 GLN 127

ASN 199 0.06 GLU 343 -0.10 GLN 127

ASN 199 0.06 ARG 344 -0.12 GLN 127

THR 131 0.07 THR 345 -0.09 GLN 127

THR 131 0.08 GLY 346 -0.07 GLN 127

THR 131 0.10 GLN 347 -0.05 ALA 320

THR 131 0.09 SER 348 -0.06 ALA 320

THR 131 0.07 ILE 349 -0.06 ALA 320

THR 131 0.10 GLU 350 -0.09 ALA 320

THR 131 0.13 LYS 351 -0.09 ALA 320

THR 131 0.09 ILE 352 -0.08 ALA 320

THR 131 0.08 GLN 353 -0.11 ALA 320

THR 131 0.14 LYS 354 -0.13 ALA 320

THR 131 0.14 ASP 355 -0.11 GLN 317

THR 131 0.05 THR 356 -0.12 GLN 317

GLY 124 0.05 ASP 357 -0.16 GLN 317

ASP 355 0.07 ARG 358 -0.20 GLN 317

GLY 124 0.07 ASP 359 -0.14 GLN 317

THR 131 0.07 ASN 360 -0.12 GLN 317

ILE 135 0.07 PHE 361 -0.12 GLN 127

GLU 134 0.10 LEU 362 -0.09 GLN 127

ASN 138 0.10 THR 363 -0.09 GLN 127

ASN 138 0.08 ALA 364 -0.11 GLN 127

GLU 134 0.11 GLU 365 -0.08 ARG 149

GLU 134 0.13 GLU 366 -0.07 LEU 1

GLU 134 0.09 ALA 367 -0.10 GLN 127

GLU 134 0.09 LYS 368 -0.08 GLN 127

THR 131 0.12 GLU 369 -0.06 ARG 149

THR 131 0.11 TYR 370 -0.06 GLN 127

THR 131 0.08 GLY 371 -0.09 GLN 127

ASN 10 0.06 LEU 372 -0.13 GLN 127

ASN 10 0.07 ILE 373 -0.13 GLN 127

ASN 10 0.09 ASP 374 -0.11 GLN 127

ASN 10 0.11 GLU 375 -0.10 GLN 127

ASN 10 0.10 VAL 376 -0.10 GLN 127

ASN 10 0.12 MET 377 -0.12 GLN 127

ASN 10 0.13 VAL 378 -0.09 GLN 127

ASN 10 0.13 PRO 379 -0.09 GLN 127

ASN 10 0.15 GLU 380 -0.11 LYS 245

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.

*** ***

CA distance fluctuations for 2608020348212097225

--- normal mode 9 ---

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

* *