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

* lpd0195 *

CA distance fluctuations for 2609211528522946596

--- 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
SER 287 1.09 MET 1 -0.52 THR 205

LYS 285 0.61 GLU 2 -0.66 GLU 168

GLU 276 0.38 ASN 3 -0.43 GLU 168

MET 5 0.17 ASP 4 -0.38 GLU 168

THR 309 0.18 MET 5 -0.46 SER 287

MET 1 0.21 PRO 6 -0.29 SER 287

LYS 308 0.06 LYS 7 -0.28 GLU 171

GLU 83 0.04 THR 8 -0.24 SER 287

GLU 83 0.06 LYS 9 -0.19 ALA 305

GLU 83 0.07 TYR 10 -0.15 SER 287

MET 1 0.07 ALA 11 -0.09 SER 287

GLU 83 0.07 LEU 12 -0.12 GLU 2

GLU 83 0.07 PRO 13 -0.21 GLU 2

GLU 83 0.09 PRO 14 -0.24 GLU 2

PRO 321 0.11 VAL 15 -0.26 GLU 2

PRO 321 0.11 VAL 16 -0.31 GLU 2

PRO 321 0.14 LEU 17 -0.29 GLU 2

PRO 321 0.13 PHE 18 -0.32 GLU 2

PRO 321 0.14 GLU 19 -0.30 GLU 2

PRO 321 0.14 SER 20 -0.30 GLU 2

GLN 86 0.21 HIS 21 -0.29 GLU 2

PRO 321 0.15 ALA 22 -0.26 GLU 2

PRO 321 0.16 ASP 23 -0.25 GLU 2

PRO 321 0.17 ARG 24 -0.23 GLU 2

PRO 321 0.19 SER 25 -0.23 GLU 2

PRO 321 0.18 THR 26 -0.24 GLU 2

PRO 321 0.17 SER 27 -0.21 GLU 2

PRO 321 0.20 ASP 28 -0.19 GLU 2

PRO 321 0.21 PHE 29 -0.19 GLU 2

PRO 321 0.19 LEU 30 -0.19 GLU 2

PRO 321 0.19 ILE 31 -0.16 GLU 2

PRO 321 0.23 LYS 32 -0.17 LEU 79

PRO 321 0.21 GLN 33 -0.14 GLU 2

GLY 265 0.19 LEU 34 -0.12 GLU 2

HIS 267 0.19 PRO 35 -0.13 LEU 79

GLY 265 0.28 ASP 36 -0.11 LEU 79

GLY 265 0.18 LEU 37 -0.11 GLU 2

GLY 265 0.15 LYS 38 -0.09 LEU 79

LEU 241 0.16 LYS 39 -0.09 LEU 79

ARG 262 0.14 ALA 40 -0.07 LEU 79

ASP 237 0.10 GLY 41 -0.07 LEU 79

PRO 321 0.09 TYR 42 -0.10 GLU 2

PRO 321 0.08 THR 43 -0.10 GLU 2

GLU 83 0.10 THR 44 -0.15 GLU 2

GLU 83 0.11 ILE 45 -0.19 GLU 2

GLU 83 0.15 CYS 46 -0.24 GLU 2

GLU 83 0.18 VAL 47 -0.26 GLU 2

GLU 83 0.23 ASP 48 -0.29 GLU 2

GLU 83 0.30 GLY 49 -0.28 GLU 2

GLU 83 0.25 MET 50 -0.25 GLU 2

GLU 83 0.26 GLU 51 -0.25 GLU 2

GLU 83 0.22 PRO 52 -0.23 GLU 2

GLU 83 0.19 CYS 53 -0.19 GLU 2

GLU 83 0.20 ALA 54 -0.19 GLU 2

GLU 83 0.16 SER 55 -0.16 GLU 2

GLU 83 0.13 LEU 56 -0.15 GLU 2

PRO 321 0.11 GLU 57 -0.13 GLU 2

GLU 83 0.14 GLU 58 -0.16 GLU 2

GLU 83 0.16 ASN 59 -0.18 GLU 2

PRO 321 0.12 ILE 60 -0.16 GLU 2

PRO 321 0.12 SER 61 -0.15 GLU 2

GLU 83 0.15 MET 62 -0.18 GLU 2

GLU 83 0.13 MET 63 -0.19 GLU 2

PRO 321 0.13 LYS 64 -0.17 GLU 2

PRO 321 0.12 ILE 65 -0.18 GLU 2

GLU 83 0.13 LEU 66 -0.20 GLU 2

PRO 321 0.13 ILE 67 -0.19 GLU 2

PRO 321 0.13 GLN 68 -0.18 GLU 2

LYS 73 0.12 ILE 69 -0.18 GLU 2

SER 119 0.17 GLN 70 -0.19 GLU 2

LEU 122 0.14 VAL 71 -0.18 GLU 2

SER 119 0.14 LYS 72 -0.17 GLU 2

LEU 122 0.25 LYS 73 -0.17 GLU 2

LEU 122 0.25 LEU 74 -0.18 GLU 2

LEU 122 0.21 SER 75 -0.17 GLU 2

LEU 122 0.27 GLU 76 -0.16 GLU 2

LEU 122 0.35 LEU 77 -0.17 GLU 2

LEU 122 0.34 PRO 78 -0.17 GLU 2

LYS 125 0.32 LEU 79 -0.20 SER 217

LYS 125 0.40 GLU 80 -0.23 ASP 185

LYS 125 0.46 HIS 81 -0.21 ASP 185

LYS 125 0.53 PRO 82 -0.25 ASP 185

LEU 122 0.53 GLU 83 -0.18 ASP 185

LEU 122 0.38 TYR 84 -0.19 GLU 2

LEU 122 0.34 ALA 85 -0.23 ASP 185

LEU 122 0.40 GLN 86 -0.20 GLU 2

LEU 122 0.32 GLY 87 -0.20 GLU 2

LEU 122 0.21 VAL 88 -0.22 GLU 2

LEU 122 0.19 GLU 89 -0.23 GLU 2

LEU 122 0.19 LYS 90 -0.22 GLU 2

PRO 321 0.14 LEU 91 -0.21 GLU 2

PRO 321 0.14 ARG 92 -0.22 GLU 2

LYS 90 0.16 SER 93 -0.23 GLU 2

LYS 90 0.14 VAL 94 -0.21 GLU 2

PRO 321 0.15 VAL 95 -0.20 GLU 2

PRO 321 0.16 ALA 96 -0.20 GLU 2

PRO 321 0.15 LYS 97 -0.21 GLU 2

PRO 321 0.15 LEU 98 -0.18 GLU 2

PRO 321 0.17 ASP 99 -0.18 LEU 79

PRO 321 0.16 LEU 100 -0.17 GLU 2

PRO 321 0.14 PHE 101 -0.16 GLU 2

PRO 321 0.15 GLU 102 -0.15 LEU 79

PRO 321 0.16 ALA 103 -0.16 LEU 79

PRO 321 0.14 MET 104 -0.13 GLU 2

PRO 321 0.13 LYS 105 -0.12 LEU 79

THR 243 0.16 GLU 106 -0.15 LEU 79

THR 243 0.15 GLN 107 -0.13 LEU 79

THR 243 0.12 GLY 108 -0.10 LEU 79

PRO 321 0.11 PHE 109 -0.11 GLU 2

GLU 83 0.11 LYS 110 -0.13 GLU 2

GLU 83 0.13 LEU 111 -0.17 GLU 2

GLU 83 0.16 GLY 112 -0.20 GLU 2

GLU 83 0.20 GLY 113 -0.23 GLU 2

GLU 83 0.21 ILE 114 -0.28 GLU 2

GLU 83 0.27 ASP 115 -0.31 GLU 2

GLU 83 0.32 LEU 116 -0.31 GLU 2

GLU 83 0.34 PRO 117 -0.28 GLU 2

GLU 83 0.41 VAL 118 -0.27 GLU 2

GLU 83 0.44 SER 119 -0.28 GLU 2

GLU 83 0.41 GLU 120 -0.31 GLU 2

GLU 83 0.44 GLN 121 -0.32 GLU 2

GLU 83 0.53 LEU 122 -0.31 GLU 2

PRO 82 0.50 LYS 123 -0.33 GLU 2

PRO 82 0.47 GLU 124 -0.36 GLU 2

PRO 82 0.53 LYS 125 -0.38 GLU 2

PRO 82 0.48 SER 126 -0.38 GLU 2

PRO 82 0.42 LEU 127 -0.36 GLU 2

PRO 82 0.34 ASN 128 -0.41 GLU 2

PRO 82 0.36 SER 129 -0.42 GLU 2

PRO 82 0.30 ILE 130 -0.46 GLU 2

PRO 82 0.31 ARG 131 -0.42 GLU 2

PRO 82 0.31 ARG 132 -0.39 GLU 2

PRO 82 0.26 GLU 133 -0.42 GLU 2

PRO 82 0.24 GLN 134 -0.43 GLU 2

PRO 82 0.25 THR 135 -0.37 GLU 2

GLU 83 0.22 ILE 136 -0.36 GLU 2

PRO 82 0.19 THR 137 -0.40 GLU 2

GLU 83 0.19 ASP 138 -0.37 GLU 2

GLU 83 0.19 ASN 139 -0.30 GLU 2

GLU 83 0.16 THR 140 -0.31 GLU 2

GLU 83 0.15 LEU 141 -0.32 GLU 2

GLU 83 0.15 LYS 142 -0.27 THR 309

GLU 83 0.13 HIS 143 -0.21 GLU 2

GLU 83 0.11 VAL 144 -0.22 GLU 2

GLU 83 0.11 LYS 145 -0.31 THR 309

GLU 83 0.11 GLU 146 -0.25 THR 309

GLU 83 0.09 ASN 147 -0.15 THR 309

GLU 83 0.08 ASP 148 -0.18 LYS 308

GLU 83 0.09 GLY 149 -0.17 GLU 2

GLU 83 0.08 GLY 150 -0.13 GLU 2

GLU 83 0.10 VAL 151 -0.19 GLU 2

PRO 321 0.11 VAL 152 -0.22 GLU 2

GLU 83 0.13 VAL 153 -0.27 GLU 2

GLU 83 0.13 VAL 154 -0.28 GLU 2

GLU 83 0.18 LEU 155 -0.32 GLU 2

GLU 83 0.20 GLY 156 -0.33 GLU 2

PRO 82 0.16 PHE 157 -0.37 GLU 2

PRO 82 0.23 GLY 158 -0.39 GLU 2

PRO 82 0.22 HIS 159 -0.41 GLU 2

PRO 82 0.19 CYS 160 -0.46 GLU 2

PRO 82 0.21 ILE 161 -0.50 GLU 2

PRO 82 0.19 PHE 162 -0.46 GLU 2

PRO 82 0.15 GLN 163 -0.49 GLU 2

PRO 82 0.16 GLN 164 -0.57 GLU 2

PRO 82 0.17 MET 165 -0.54 GLU 2

PRO 82 0.14 ILE 166 -0.50 GLU 2

PRO 82 0.13 LYS 167 -0.61 GLU 2

PRO 82 0.14 GLU 168 -0.66 GLU 2

PRO 82 0.14 GLN 169 -0.54 GLU 2

PRO 82 0.11 ASP 170 -0.47 GLU 2

PRO 82 0.08 GLU 171 -0.46 GLU 2

GLU 83 0.08 ASN 172 -0.38 GLU 2

GLU 83 0.09 ALA 173 -0.48 GLU 2

GLU 83 0.08 ASN 174 -0.47 GLU 2

GLU 83 0.07 GLN 175 -0.33 GLU 2

GLU 83 0.08 TYR 176 -0.34 GLU 2

PRO 321 0.11 LEU 177 -0.32 GLU 2

PRO 321 0.12 TRP 178 -0.35 GLU 2

PRO 321 0.15 TYR 179 -0.32 GLU 2

PRO 321 0.16 HIS 180 -0.32 GLU 2

PRO 321 0.19 VAL 181 -0.27 GLU 2

PRO 321 0.18 HIS 182 -0.27 GLU 2

PRO 321 0.19 ASN 183 -0.25 GLU 2

PRO 321 0.18 PRO 184 -0.27 GLU 2

PRO 321 0.18 ASP 185 -0.25 PRO 82

PRO 321 0.16 ASN 186 -0.26 GLU 2

PRO 321 0.15 GLU 187 -0.28 GLU 2

PRO 321 0.14 THR 188 -0.29 GLU 2

GLU 80 0.24 GLN 189 -0.31 GLU 2

PRO 82 0.30 ALA 190 -0.33 GLU 2

PRO 82 0.17 TYR 191 -0.34 GLU 2

GLU 80 0.14 LYS 192 -0.34 GLU 2

GLU 80 0.22 GLU 193 -0.36 GLU 2

PRO 82 0.21 LEU 194 -0.39 GLU 2

PRO 321 0.12 VAL 195 -0.39 GLU 2

GLU 80 0.14 GLU 196 -0.39 GLU 2

GLU 80 0.18 SER 197 -0.43 GLU 2

PRO 82 0.14 TYR 198 -0.45 GLU 2

PRO 321 0.10 THR 199 -0.43 GLU 2

GLU 80 0.13 LYS 200 -0.45 GLU 2

PRO 82 0.14 LYS 201 -0.51 GLU 2

PRO 82 0.10 GLY 202 -0.50 GLU 2

PRO 82 0.10 LEU 203 -0.49 GLU 2

PRO 82 0.10 SER 204 -0.56 GLU 2

PRO 82 0.14 THR 205 -0.59 GLU 2

PRO 82 0.16 TYR 206 -0.53 GLU 2

PRO 82 0.12 PHE 207 -0.52 GLU 2

PRO 82 0.11 PRO 208 -0.61 GLU 2

GLU 83 0.09 LEU 209 -0.55 GLU 2

PRO 321 0.08 GLY 210 -0.48 GLU 2

PRO 321 0.11 VAL 211 -0.41 GLU 2

PRO 321 0.16 ASN 212 -0.34 GLU 2

PRO 321 0.17 ILE 213 -0.33 GLU 2

PRO 321 0.21 PHE 214 -0.28 GLU 2

PRO 321 0.21 LYS 215 -0.25 GLU 2

PRO 321 0.23 SER 216 -0.22 GLU 2

PRO 321 0.25 SER 217 -0.22 GLU 80

PRO 321 0.27 ASP 218 -0.21 GLU 2

PRO 321 0.32 LYS 219 -0.18 GLU 80

PRO 321 0.33 GLU 220 -0.18 GLU 2

PRO 321 0.27 LEU 221 -0.21 GLU 2

PRO 321 0.30 ASP 222 -0.17 GLU 2

PRO 321 0.34 THR 223 -0.15 GLU 2

PRO 321 0.27 ASP 224 -0.20 GLU 2

PRO 321 0.22 PHE 225 -0.20 GLU 2

PRO 321 0.24 TRP 226 -0.15 GLU 2

PRO 321 0.25 ASN 227 -0.15 GLU 2

GLU 322 0.17 LYS 228 -0.20 GLU 2

PRO 321 0.13 VAL 229 -0.17 GLU 2

GLY 317 0.16 SER 230 -0.13 ASP 4

GLU 322 0.11 ALA 231 -0.17 ASP 4

GLU 322 0.06 ASN 232 -0.17 ASP 4

GLU 83 0.06 CYS 233 -0.12 ASP 4

MET 1 0.11 TYR 234 -0.08 ASP 4

MET 1 0.12 ASN 235 -0.05 LYS 145

MET 1 0.17 TYR 236 -0.05 LYS 145

MET 1 0.18 ASP 237 -0.04 LEU 79

MET 1 0.23 PRO 238 -0.07 LYS 145

MET 1 0.22 LYS 239 -0.06 LYS 145

MET 1 0.24 ALA 240 -0.08 LYS 145

MET 1 0.21 LEU 241 -0.06 LYS 9

MET 1 0.22 GLU 242 -0.07 ASP 4

ASP 36 0.19 THR 243 -0.09 ASP 4

LYS 219 0.20 SER 244 -0.10 ASP 4

THR 223 0.20 THR 245 -0.13 ASP 4

MET 1 0.24 ALA 246 -0.11 ASP 4

MET 1 0.25 SER 247 -0.10 ASP 4

MET 1 0.24 ILE 248 -0.12 ASP 4

MET 1 0.28 LEU 249 -0.13 ASP 4

MET 1 0.32 LYS 250 -0.12 GLN 169

MET 1 0.31 SER 251 -0.12 GLN 169

MET 1 0.32 LEU 252 -0.14 MET 5

MET 1 0.40 VAL 253 -0.15 GLN 169

MET 1 0.41 GLY 254 -0.14 GLN 169

MET 1 0.38 PRO 255 -0.13 GLN 169

MET 1 0.41 GLU 256 -0.14 GLN 169

MET 1 0.36 VAL 257 -0.13 ASP 170

MET 1 0.31 THR 258 -0.11 LYS 145

MET 1 0.24 ALA 259 -0.10 LYS 9

MET 1 0.21 HIS 260 -0.07 LYS 9

ASP 36 0.16 LEU 261 -0.06 ASP 4

THR 263 0.17 ARG 262 -0.08 ASP 4

ARG 262 0.17 THR 263 -0.06 LEU 79

LEU 37 0.15 ASP 264 -0.09 ASP 4

ASP 36 0.28 GLY 265 -0.08 ASP 4

GLU 320 0.20 GLN 266 -0.11 ASP 4

ASP 36 0.23 HIS 267 -0.10 ASP 4

ASP 36 0.18 HIS 268 -0.12 ASP 4

ASP 36 0.17 VAL 269 -0.10 ASP 4

MET 1 0.19 ASP 270 -0.11 ASP 4

MET 1 0.26 ALA 271 -0.10 LYS 9

MET 1 0.31 LEU 272 -0.14 LYS 9

MET 1 0.41 ILE 273 -0.15 ASP 170

MET 1 0.45 SER 274 -0.17 LYS 145

MET 1 0.57 LEU 275 -0.21 GLN 169

MET 1 0.54 GLU 276 -0.22 GLN 169

MET 1 0.50 THR 277 -0.18 GLN 169

MET 1 0.56 VAL 278 -0.19 GLN 169

MET 1 0.64 GLU 279 -0.23 GLN 169

MET 1 0.55 LYS 280 -0.20 GLN 169

MET 1 0.51 THR 281 -0.18 GLN 169

MET 1 0.56 HIS 282 -0.19 GLN 169

MET 1 0.61 GLN 283 -0.22 GLN 169

MET 1 0.72 ILE 284 -0.24 GLN 169

MET 1 0.88 LYS 285 -0.28 GLN 169

MET 1 0.86 SER 286 -0.28 MET 5

MET 1 1.09 SER 287 -0.46 MET 5

MET 1 0.87 ASP 288 -0.33 MET 5

MET 1 0.71 PHE 289 -0.26 MET 5

MET 1 0.66 LEU 290 -0.33 MET 5

MET 1 0.62 ARG 291 -0.35 MET 5

MET 1 0.51 SER 292 -0.26 MET 5

MET 1 0.45 LEU 293 -0.23 MET 5

MET 1 0.34 SER 294 -0.28 ASP 4

MET 1 0.30 LYS 295 -0.24 ASP 4

MET 1 0.30 THR 296 -0.20 ASP 4

MET 1 0.24 LEU 297 -0.22 ASP 4

MET 1 0.15 GLY 298 -0.24 ASP 4

THR 223 0.14 ASN 299 -0.25 ASP 4

THR 223 0.16 ILE 300 -0.24 ASP 4

THR 223 0.12 HIS 301 -0.27 ASP 4

MET 1 0.20 PHE 302 -0.26 ASP 4

MET 1 0.19 GLU 303 -0.27 ASP 4

MET 1 0.30 VAL 304 -0.20 ASP 170

MET 1 0.20 ALA 305 -0.19 LYS 9

MET 1 0.21 LYS 306 -0.22 ASP 170

MET 1 0.20 ILE 307 -0.20 LYS 145

MET 1 0.19 LYS 308 -0.27 LYS 145

ASN 3 0.27 THR 309 -0.31 LYS 145

MET 1 0.34 LYS 310 -0.24 LYS 145

MET 1 0.39 ASP 311 -0.23 ASP 170

MET 1 0.38 GLN 312 -0.18 ASP 170

MET 1 0.38 VAL 313 -0.17 ASP 170

MET 1 0.26 ILE 314 -0.14 ASP 4

MET 1 0.21 ILE 315 -0.17 ASP 4

ASN 227 0.16 ARG 316 -0.17 ASP 4

THR 223 0.22 GLY 317 -0.15 ASP 4

THR 223 0.21 ILE 318 -0.14 ASP 4

THR 223 0.24 ASN 319 -0.13 ASP 4

THR 223 0.31 GLU 320 -0.15 ASP 4

THR 223 0.34 PRO 321 -0.14 ASP 4

THR 223 0.31 GLU 322 -0.16 ASP 4

THR 223 0.25 VAL 323 -0.18 ASP 4

THR 223 0.26 ALA 324 -0.15 ASP 4

LYS 219 0.26 GLU 325 -0.15 ASP 4

THR 223 0.22 GLN 326 -0.18 ASP 4

THR 223 0.20 ILE 327 -0.17 ASP 4

LYS 219 0.22 SER 328 -0.15 ASP 4

LYS 219 0.21 LYS 329 -0.16 ASP 4

LYS 219 0.18 LEU 330 -0.17 ASP 4

LYS 219 0.18 SER 331 -0.15 ASP 4

LYS 219 0.20 LYS 332 -0.15 ASP 4

LYS 219 0.17 LYS 333 -0.17 ASP 4

MET 1 0.18 MET 334 -0.16 ASP 4

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.

*** lpd0195 ***

CA distance fluctuations for 2609211528522946596

--- 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.

* lpd0195 *