CNRS Nantes University US2B US2B
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***  sec_SIWIS_02  ***

CA distance fluctuations for 2607200000362734372

---  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]

GD ok
largest increasereflargest decrease
MET 335 0.19 ALA 5 -0.05 LEU 40
ASN 339 0.18 ARG 6 -0.04 LEU 40
ASN 339 0.21 GLY 7 -0.04 ARG 418
LYS 338 0.21 ASN 8 -0.05 LYS 29
LYS 338 0.17 ALA 9 -0.04 LYS 29
GLU 331 0.17 GLY 10 -0.05 LYS 29
GLU 331 0.16 LEU 11 -0.05 LYS 29
GLU 331 0.14 PHE 12 -0.03 LYS 29
GLU 331 0.12 TRP 13 -0.03 LYS 29
GLU 331 0.11 ARG 14 -0.04 GLU 30
GLU 331 0.10 PHE 15 -0.03 GLU 30
GLU 331 0.08 GLY 16 -0.02 LEU 214
GLU 331 0.06 PHE 17 -0.03 GLU 30
GLU 331 0.05 THR 18 -0.03 GLU 30
SER 253 0.06 LEU 19 -0.02 LEU 214
SER 253 0.04 LEU 20 -0.01 LEU 214
MET 5 0.03 ALA 21 -0.02 GLN 245
SER 253 0.03 LEU 22 -0.01 LYS 350
SER 253 0.05 ILE 23 -0.01 ALA 10
SER 253 0.02 VAL 24 -0.02 GLY 248
LEU 39 0.02 TYR 25 -0.04 LYS 350
SER 253 0.03 ARG 26 -0.03 LYS 350
SER 253 0.03 LEU 27 -0.03 LYS 350
LEU 39 0.02 GLY 28 -0.05 LYS 350
SER 190 0.04 THR 29 -0.06 LYS 350
SER 194 0.04 TYR 30 -0.05 LYS 350
SER 194 0.03 ILE 31 -0.06 LYS 350
SER 198 0.04 PRO 32 -0.08 LYS 350
SER 198 0.04 ILE 33 -0.09 LYS 330
GLU 207 0.04 PRO 34 -0.09 LYS 350
GLU 207 0.05 GLY 35 -0.10 LYS 350
GLU 207 0.06 VAL 36 -0.10 LYS 350
SER 198 0.07 ASN 37 -0.09 LYS 350
SER 198 0.07 PRO 38 -0.08 LYS 350
SER 198 0.09 SER 39 -0.08 LYS 350
GLU 207 0.08 VAL 40 -0.09 LYS 350
GLU 207 0.07 VAL 41 -0.09 LYS 350
SER 198 0.09 GLU 42 -0.08 MET 5
GLU 207 0.10 ASP 43 -0.09 MET 5
GLU 207 0.08 ILE 44 -0.10 MET 5
VAL 387 0.09 ILE 45 -0.10 MET 5
VAL 387 0.11 SER 46 -0.11 MET 5
VAL 387 0.10 SER 47 -0.13 MET 5
CYS 385 0.10 HSD 48 -0.15 MET 5
CYS 385 0.07 ALA 49 -0.14 MET 5
VAL 387 0.07 THR 50 -0.12 MET 5
VAL 387 0.09 GLY 51 -0.13 MET 5
VAL 387 0.06 VAL 52 -0.13 MET 5
VAL 387 0.05 LEU 53 -0.12 LYS 350
PHE 389 0.07 GLY 54 -0.10 MET 5
GLY 392 0.04 ILE 55 -0.11 LYS 350
SER 388 0.03 PHE 56 -0.12 LYS 330
SER 388 0.03 ASN 57 -0.10 LYS 350
SER 395 0.04 VAL 58 -0.08 LYS 350
SER 395 0.03 PHE 59 -0.10 LYS 330
PHE 221 0.02 SER 60 -0.09 LYS 330
ILE 188 0.04 GLY 61 -0.07 LYS 350
GLU 191 0.06 GLY 62 -0.07 LYS 350
GLU 191 0.04 ALA 63 -0.08 LYS 330
SER 195 0.04 LEU 64 -0.10 LYS 330
SER 195 0.06 GLY 65 -0.09 LYS 350
SER 195 0.06 ARG 66 -0.08 LYS 350
SER 195 0.05 MET 67 -0.09 LYS 330
SER 195 0.04 THR 68 -0.08 LYS 330
SER 195 0.03 ILE 69 -0.09 LYS 338
SER 195 0.02 PHE 70 -0.10 LYS 338
SER 195 0.03 ALA 71 -0.10 LYS 330
SER 388 0.02 LEU 72 -0.12 LYS 330
SER 195 0.02 ASN 73 -0.10 LYS 330
MET 5 0.02 VAL 74 -0.12 MET 335
ILE 55 0.02 MET 75 -0.14 GLU 331
ILE 6 0.03 PRO 76 -0.17 GLU 331
MET 5 0.05 TYR 77 -0.18 MET 335
ILE 6 0.05 ILE 78 -0.18 GLU 331
ILE 6 0.05 VAL 79 -0.22 GLU 331
ILE 6 0.08 SER 80 -0.24 GLU 331
MET 5 0.09 SER 81 -0.26 GLU 331
ILE 6 0.09 ILE 82 -0.28 GLU 331
ILE 6 0.11 ILE 83 -0.30 GLU 331
MET 5 0.14 VAL 84 -0.33 GLU 331
MET 5 0.16 GLN 85 -0.38 GLU 331
ILE 6 0.17 LEU 86 -0.37 GLU 331
MET 5 0.18 LEU 87 -0.39 GLU 331
MET 5 0.22 SER 88 -0.46 GLU 331
MET 5 0.26 VAL 89 -0.49 LYS 330
MET 5 0.26 ALA 90 -0.46 LYS 330
MET 5 0.26 ILE 91 -0.44 GLU 331
MET 5 0.29 PRO 92 -0.51 GLU 334
MET 5 0.26 THR 93 -0.48 LYS 338
MET 5 0.23 LEU 94 -0.45 GLU 331
MET 5 0.27 ASN 95 -0.56 GLU 331
MET 5 0.27 GLU 96 -0.57 LYS 338
MET 5 0.23 MET 97 -0.51 LYS 338
MET 5 0.23 ARG 98 -0.50 MET 335
MET 5 0.26 GLN 99 -0.62 MET 335
MET 5 0.24 ASP 100 -0.60 LYS 338
MET 5 0.22 GLY 101 -0.57 LYS 338
MET 5 0.19 GLU 102 -0.45 LYS 338
MET 5 0.19 LEU 103 -0.43 LYS 338
MET 5 0.20 GLY 104 -0.44 LYS 338
MET 5 0.19 ARG 105 -0.40 LYS 338
MET 5 0.16 MET 106 -0.34 LYS 338
MET 5 0.16 LYS 107 -0.35 LYS 338
MET 5 0.16 MET 108 -0.35 LYS 338
MET 5 0.14 SER 109 -0.29 LYS 338
MET 5 0.12 THR 110 -0.28 LYS 338
MET 5 0.13 TYR 111 -0.29 LYS 338
MET 5 0.11 THR 112 -0.27 LYS 338
MET 5 0.09 ARG 113 -0.23 LYS 338
MET 5 0.09 TYR 114 -0.24 LYS 338
ILE 6 0.08 LEU 115 -0.24 LYS 338
ILE 6 0.06 SER 116 -0.21 LYS 338
ILE 6 0.05 VAL 117 -0.20 LYS 338
ILE 6 0.06 ALA 118 -0.21 LYS 338
ILE 6 0.04 PHE 119 -0.20 LYS 338
ILE 6 0.03 CYS 120 -0.17 LYS 338
ILE 6 0.03 ILE 121 -0.18 LYS 338
GLU 207 0.03 ALA 122 -0.19 LYS 330
GLU 207 0.03 GLN 123 -0.18 LYS 330
GLU 207 0.03 GLY 124 -0.15 LYS 330
GLU 207 0.03 LEU 125 -0.17 LYS 330
GLU 207 0.03 VAL 126 -0.18 LYS 330
GLU 207 0.04 ILE 127 -0.15 LYS 330
GLU 207 0.04 LEU 128 -0.15 LYS 330
GLU 207 0.04 LEU 129 -0.16 LYS 330
GLU 207 0.04 GLY 130 -0.16 LYS 330
GLU 207 0.05 LEU 131 -0.15 LYS 350
GLU 207 0.05 GLU 132 -0.13 LYS 350
GLU 207 0.05 ARG 133 -0.14 LYS 350
GLU 207 0.06 MET 134 -0.14 LYS 350
GLU 207 0.06 ASN 135 -0.14 LYS 350
GLU 207 0.06 SER 136 -0.13 LYS 350
GLU 207 0.06 ASP 137 -0.13 LYS 350
GLU 207 0.07 GLU 138 -0.12 LYS 350
GLU 207 0.07 VAL 139 -0.11 LYS 350
GLU 207 0.07 MET 140 -0.10 LYS 350
GLU 207 0.07 VAL 141 -0.10 LYS 350
GLU 207 0.06 VAL 142 -0.10 LYS 350
GLU 207 0.06 ILE 143 -0.11 LYS 350
GLU 207 0.06 ASN 144 -0.12 LYS 350
GLU 207 0.05 PRO 145 -0.14 LYS 350
GLU 207 0.05 GLY 146 -0.14 GLY 349
GLU 207 0.04 ILE 147 -0.15 LYS 338
GLU 207 0.04 MET 148 -0.14 LYS 338
GLU 207 0.04 PHE 149 -0.13 LYS 338
GLU 207 0.04 ARG 150 -0.15 LYS 338
GLU 207 0.03 VAL 151 -0.15 LYS 338
GLU 207 0.04 VAL 152 -0.13 LYS 338
GLU 207 0.04 GLY 153 -0.13 LYS 338
GLU 207 0.03 ILE 154 -0.15 LYS 338
GLU 207 0.03 SER 155 -0.14 LYS 338
GLU 207 0.03 SER 156 -0.12 LYS 338
GLU 207 0.03 LEU 157 -0.13 LYS 338
ILE 6 0.03 LEU 158 -0.15 LYS 338
MET 5 0.03 ALA 159 -0.13 LYS 338
GLU 207 0.02 GLY 160 -0.11 LYS 338
MET 5 0.03 THR 161 -0.13 LYS 338
MET 5 0.04 MET 162 -0.14 LYS 338
MET 5 0.04 PHE 163 -0.11 LYS 338
MET 5 0.03 LEU 164 -0.10 LYS 338
MET 5 0.05 LEU 165 -0.13 LYS 338
MET 5 0.06 TRP 166 -0.11 LYS 338
MET 5 0.05 LEU 167 -0.07 LYS 338
MET 5 0.05 GLY 168 -0.08 LYS 338
MET 5 0.08 GLU 169 -0.11 ASN 339
MET 5 0.07 ARG 170 -0.07 ASN 339
MET 5 0.06 ILE 171 -0.05 GLU 30
MET 5 0.08 ASN 172 -0.06 GLU 30
MET 5 0.09 ALA 173 -0.07 PRO 242
MET 5 0.08 LYS 174 -0.05 GLU 30
GLU 331 0.07 GLY 175 -0.05 GLU 30
GLU 331 0.10 ILE 176 -0.06 GLU 30
GLU 331 0.07 GLY 177 -0.06 GLU 30
MET 5 0.07 ASN 178 -0.06 GLU 30
MET 5 0.05 GLY 179 -0.06 ASN 339
MET 5 0.05 ILE 180 -0.09 MET 335
MET 5 0.03 SER 181 -0.06 MET 335
MET 5 0.02 LEU 182 -0.03 GLU 30
MET 5 0.01 ILE 183 -0.04 MET 335
GLU 42 0.01 ILE 184 -0.06 LYS 350
SER 253 0.04 PHE 185 -0.03 LYS 350
SER 253 0.05 VAL 186 -0.03 ILE 6
SER 253 0.03 GLY 187 -0.05 LYS 350
ASP 254 0.05 ILE 188 -0.06 ILE 6
SER 253 0.08 ILE 189 -0.06 ILE 6
SER 253 0.07 SER 190 -0.05 ILE 6
ASP 254 0.07 GLU 191 -0.07 ILE 6
ASP 254 0.10 LEU 192 -0.08 ILE 6
ASP 254 0.11 PRO 193 -0.08 ILE 6
ASP 254 0.10 SER 194 -0.09 ILE 6
ASP 254 0.10 SER 195 -0.10 ILE 6
ASP 254 0.12 ILE 196 -0.11 ILE 6
ASP 254 0.12 SER 197 -0.10 ILE 6
ASP 254 0.11 SER 198 -0.11 ILE 6
ASP 254 0.12 VAL 199 -0.12 ILE 6
ASP 254 0.13 PHE 200 -0.12 ILE 6
ASP 254 0.12 LEU 201 -0.11 ILE 6
ASP 254 0.12 LEU 202 -0.13 ILE 6
ASP 254 0.13 GLY 203 -0.13 ILE 6
ASP 254 0.14 LYS 204 -0.12 ILE 6
ASP 254 0.12 ASN 205 -0.13 ILE 6
ASP 254 0.12 GLY 206 -0.14 ILE 6
ASP 254 0.11 GLU 207 -0.15 ILE 6
ASP 254 0.12 VAL 208 -0.15 ILE 6
ASP 254 0.13 SER 209 -0.16 ILE 6
ASP 254 0.15 GLY 210 -0.15 ILE 6
ASP 254 0.15 LEU 211 -0.17 ILE 6
ASP 254 0.14 VAL 212 -0.18 ILE 6
ASP 254 0.14 VAL 213 -0.15 ILE 6
ASP 254 0.16 LEU 214 -0.15 ILE 6
ASP 254 0.16 SER 215 -0.18 ILE 6
ASP 254 0.14 MET 216 -0.16 ILE 6
ASP 254 0.15 LEU 217 -0.14 ILE 6
ASP 254 0.17 LEU 218 -0.15 ILE 6
ASP 254 0.15 ALA 219 -0.16 ILE 6
ASP 254 0.14 PHE 220 -0.13 ILE 6
ASP 254 0.17 PHE 221 -0.12 ILE 6
ASP 254 0.17 ALA 222 -0.15 ILE 6
ASP 254 0.13 LEU 223 -0.13 ILE 6
ASP 254 0.14 PHE 224 -0.10 ILE 6
SER 256 0.17 LEU 225 -0.11 ILE 6
SER 256 0.15 LEU 226 -0.12 ILE 6
SER 256 0.12 ILE 227 -0.09 ILE 6
SER 256 0.16 ILE 228 -0.07 ALA 10
SER 256 0.18 PHE 229 -0.09 ALA 10
SER 233 0.17 PHE 230 -0.07 ALA 10
SER 256 0.12 GLU 231 -0.09 THR 34
PRO 259 0.19 ARG 232 -0.11 THR 34
PHE 229 0.18 SER 233 -0.12 THR 34
SER 256 0.11 TYR 234 -0.14 GLN 99
SER 256 0.09 ARG 235 -0.15 GLN 99
ALA 26 0.19 LYS 236 -0.20 GLN 99
SER 27 0.15 VAL 237 -0.23 GLN 99
SER 27 0.17 PHE 238 -0.25 GLN 99
SER 27 0.21 VAL 239 -0.31 GLN 99
SER 27 0.22 GLN 240 -0.34 GLN 99
TYR 419 0.27 TYR 241 -0.39 ASP 100
TYR 419 0.28 PRO 242 -0.41 ASP 100
TYR 419 0.26 LYS 243 -0.40 ASP 100
TYR 419 0.24 ARG 244 -0.39 ASP 100
TYR 419 0.21 GLN 245 -0.39 GLU 96
LYS 29 0.20 THR 246 -0.35 ASP 100
LYS 29 0.19 GLY 247 -0.33 GLU 96
TYR 419 0.18 GLY 248 -0.35 GLU 96
TYR 419 0.18 ARG 249 -0.33 GLU 96
TYR 419 0.20 PHE 250 -0.35 GLU 96
LYS 29 0.22 TYR 251 -0.33 ASP 100
LYS 29 0.24 ASN 252 -0.34 ASP 100
LYS 29 0.28 SER 253 -0.33 ASP 100
SER 27 0.29 ASP 254 -0.31 ASP 100
SER 27 0.29 SER 255 -0.28 ASP 100
SER 27 0.30 SER 256 -0.29 GLN 99
SER 27 0.23 TYR 257 -0.28 GLN 99
GLU 30 0.20 ILE 258 -0.30 GLN 99
GLU 30 0.20 PRO 259 -0.24 GLN 99
TYR 415 0.14 LEU 260 -0.19 GLN 99
ARG 232 0.09 LYS 261 -0.14 GLN 99
TYR 415 0.06 ILE 262 -0.09 GLN 99
THR 412 0.08 ASN 263 -0.07 GLN 99
THR 412 0.12 THR 264 -0.10 LYS 261
SER 408 0.13 ALA 265 -0.10 LEU 35
MET 5 0.07 GLY 266 -0.09 ALA 265
SER 416 0.04 VAL 267 -0.06 MET 335
MET 5 0.06 ILE 268 -0.13 MET 335
ILE 268 0.06 PRO 269 -0.16 VAL 326
SER 416 0.04 PRO 270 -0.11 LYS 330
SER 416 0.03 ILE 271 -0.12 LYS 330
LEU 86 0.04 PHE 272 -0.18 LYS 330
LEU 86 0.05 ALA 273 -0.18 LYS 330
LEU 86 0.04 ASN 274 -0.15 LYS 330
ILE 83 0.04 ALA 275 -0.17 LYS 330
ILE 83 0.06 LEU 276 -0.21 LYS 330
LEU 86 0.05 LEU 277 -0.19 LYS 330
ILE 83 0.03 LEU 278 -0.17 LYS 330
LEU 115 0.03 SER 279 -0.20 LYS 330
LEU 115 0.03 SER 280 -0.20 LYS 330
VAL 387 0.03 ILE 281 -0.17 LYS 330
VAL 387 0.03 SER 282 -0.18 LYS 330
VAL 387 0.03 LEU 283 -0.20 LYS 330
CYS 385 0.03 VAL 284 -0.19 LYS 350
VAL 387 0.04 ARG 285 -0.16 LYS 350
GLU 207 0.04 PHE 286 -0.16 LYS 350
GLU 207 0.04 HSD 287 -0.17 LYS 350
GLU 207 0.05 SER 288 -0.15 LYS 350
GLU 207 0.05 GLY 289 -0.16 LYS 350
CYS 385 0.05 SER 290 -0.17 LYS 350
CYS 385 0.05 GLU 291 -0.17 LYS 350
CYS 385 0.04 TRP 292 -0.19 LYS 350
CYS 385 0.04 ALA 293 -0.19 LYS 350
CYS 385 0.05 ASP 294 -0.16 LYS 350
CYS 385 0.04 VAL 295 -0.18 MET 5
CYS 385 0.03 LEU 296 -0.19 LYS 350
CYS 385 0.03 LEU 297 -0.17 LYS 350
HSD 383 0.04 ARG 298 -0.17 MET 5
TRP 25 0.03 TYR 299 -0.20 MET 5
ILE 91 0.03 LEU 300 -0.17 LYS 350
TRP 25 0.04 SER 301 -0.16 MET 5
TRP 25 0.05 SER 302 -0.15 MET 5
TRP 25 0.06 GLU 303 -0.17 MET 5
TRP 25 0.06 GLY 304 -0.20 MET 5
TRP 25 0.06 ILE 305 -0.24 MET 5
LEU 21 0.05 LEU 306 -0.25 MET 5
ALA 90 0.05 TYR 307 -0.19 MET 5
TRP 25 0.05 VAL 308 -0.19 MET 5
ALA 90 0.05 SER 309 -0.24 MET 5
ALA 90 0.06 VAL 310 -0.18 MET 5
ALA 90 0.06 TYR 311 -0.15 LYS 350
ALA 90 0.05 ILE 312 -0.16 MET 5
ALA 90 0.07 ALA 313 -0.17 LYS 350
ALA 90 0.07 LEU 314 -0.18 LYS 330
ALA 90 0.05 ILE 315 -0.14 LYS 330
ALA 90 0.06 MET 316 -0.16 ASP 357
VAL 89 0.07 PHE 317 -0.19 LYS 330
SER 416 0.07 PHE 318 -0.20 LYS 330
SER 416 0.07 THR 319 -0.15 THR 329
SER 416 0.09 PHE 320 -0.17 THR 329
MET 5 0.14 PHE 321 -0.24 THR 329
MET 5 0.12 TYR 322 -0.20 VAL 326
THR 412 0.13 THR 323 -0.14 PHE 327
MET 5 0.16 SER 324 -0.24 THR 329
MET 5 0.18 LEU 325 -0.32 ASP 328
SER 416 0.20 VAL 326 -0.26 GLN 85
SER 416 0.23 PHE 327 -0.25 VAL 89
SER 416 0.27 ASP 328 -0.37 VAL 89
TYR 419 0.30 THR 329 -0.39 VAL 89
TYR 419 0.37 LYS 330 -0.50 PRO 92
TYR 419 0.43 GLU 331 -0.58 GLN 99
TYR 419 0.38 THR 332 -0.45 GLN 99
TYR 419 0.37 SER 333 -0.44 GLN 99
TYR 419 0.46 GLU 334 -0.58 GLN 99
TYR 419 0.51 MET 335 -0.62 GLN 99
TYR 419 0.42 LEU 336 -0.50 GLN 99
TYR 419 0.44 LYS 337 -0.52 GLN 99
TYR 419 0.54 LYS 338 -0.61 GLN 99
TYR 419 0.51 ASN 339 -0.54 GLN 99
TYR 419 0.42 GLY 340 -0.48 ASP 100
TYR 419 0.34 GLY 341 -0.43 GLN 99
TYR 419 0.28 PHE 342 -0.38 GLN 99
TYR 419 0.21 VAL 343 -0.30 GLN 99
TYR 419 0.16 PRO 344 -0.27 GLU 96
TYR 419 0.16 GLY 345 -0.24 PRO 92
TYR 419 0.20 LYS 346 -0.27 PRO 92
TYR 419 0.25 ARG 347 -0.33 PRO 92
TYR 419 0.31 PRO 348 -0.40 PRO 92
TYR 419 0.33 GLY 349 -0.45 PRO 92
TYR 419 0.30 LYS 350 -0.41 PRO 92
TYR 419 0.25 ALA 351 -0.31 PRO 92
TYR 419 0.27 THR 352 -0.33 PRO 92
TYR 419 0.28 LYS 353 -0.35 PRO 92
TYR 419 0.23 GLU 354 -0.26 ALA 90
TYR 419 0.20 TYR 355 -0.22 PRO 92
TYR 419 0.22 PHE 356 -0.24 VAL 89
TYR 419 0.21 ASP 357 -0.22 VAL 89
TYR 419 0.16 GLN 358 -0.14 ALA 313
TYR 419 0.14 VAL 359 -0.12 VAL 89
TYR 419 0.15 ILE 360 -0.13 VAL 89
TYR 419 0.14 GLY 361 -0.15 ALA 313
TYR 419 0.10 ARG 362 -0.09 ALA 313
TYR 419 0.08 ILE 363 -0.05 ALA 313
SER 416 0.09 THR 364 -0.08 ASP 357
SER 416 0.07 VAL 365 -0.12 GLY 361
ALA 20 0.07 LEU 366 -0.08 LEU 13
SER 256 0.05 GLY 367 -0.06 ASP 357
SER 416 0.05 ALA 368 -0.11 ASP 357
LEU 21 0.06 ILE 369 -0.12 ILE 6
SER 256 0.07 TYR 370 -0.11 ILE 6
SER 233 0.06 LEU 371 -0.09 ILE 6
TYR 370 0.07 SER 372 -0.14 ILE 6
TRP 25 0.09 VAL 373 -0.18 ILE 6
SER 233 0.09 VAL 374 -0.14 ILE 6
TRP 25 0.06 CYS 375 -0.14 ILE 6
TRP 25 0.08 VAL 376 -0.20 ILE 6
TRP 25 0.11 VAL 377 -0.20 ILE 6
TRP 25 0.10 PRO 378 -0.17 ILE 6
TRP 25 0.08 GLU 379 -0.19 ILE 6
TRP 25 0.10 ILE 380 -0.23 ILE 6
ASP 254 0.11 VAL 381 -0.20 ILE 6
ASP 254 0.10 ARG 382 -0.18 ILE 6
ASP 254 0.09 HSD 383 -0.21 ILE 6
ASP 254 0.11 TYR 384 -0.20 ILE 6
ASP 254 0.10 CYS 385 -0.18 ILE 6
SER 46 0.10 ALA 386 -0.16 ILE 6
SER 46 0.11 VAL 387 -0.15 ILE 6
SER 46 0.10 SER 388 -0.13 ILE 6
GLY 54 0.07 PHE 389 -0.11 MET 5
ASP 254 0.07 THR 390 -0.10 ILE 6
ASP 254 0.09 LEU 391 -0.12 ILE 6
ASP 254 0.07 GLY 392 -0.13 ILE 6
TRP 25 0.07 GLY 393 -0.12 ILE 6
SER 233 0.04 THR 394 -0.09 ILE 6
ASP 254 0.05 SER 395 -0.08 ILE 6
ASP 254 0.08 PHE 396 -0.09 ILE 6
SER 256 0.06 LEU 397 -0.07 ILE 6
SER 253 0.04 ILE 398 -0.05 LYS 350
SER 253 0.07 ILE 399 -0.05 ILE 6
SER 253 0.09 VAL 400 -0.05 ILE 6
SER 253 0.06 ASN 401 -0.04 GLU 30
SER 253 0.05 VAL 402 -0.04 GLU 30
SER 253 0.09 ILE 403 -0.03 GLU 30
GLU 331 0.10 ASN 404 -0.06 GLU 30
ALA 265 0.11 ASP 405 -0.07 GLU 30
GLU 331 0.11 THR 406 -0.07 GLU 30
GLU 331 0.16 PHE 407 -0.08 GLU 30
GLU 331 0.20 SER 408 -0.13 GLU 30
GLU 331 0.20 GLN 409 -0.11 GLU 30
GLU 331 0.21 VAL 410 -0.10 GLU 30
MET 335 0.27 GLN 411 -0.13 GLU 30
GLU 331 0.34 THR 412 -0.15 GLU 30
GLU 331 0.32 GLN 413 -0.12 LYS 29
MET 335 0.31 VAL 414 -0.12 LYS 29
MET 335 0.42 TYR 415 -0.15 LYS 29
MET 335 0.43 SER 416 -0.13 LYS 29
MET 335 0.36 GLY 417 -0.12 LYS 29
LYS 338 0.44 ARG 418 -0.13 LYS 29
LYS 338 0.54 TYR 419 -0.14 LYS 29
PRO 92 0.29 MET 5 -0.25 LEU 306
PRO 92 0.26 ILE 6 -0.23 ILE 380
PRO 92 0.19 GLY 7 -0.17 ILE 380
PRO 92 0.17 SER 8 -0.17 SER 309
PRO 92 0.18 PHE 9 -0.17 SER 309
ALA 90 0.15 ALA 10 -0.15 ILE 380
PRO 92 0.08 ARG 11 -0.10 ILE 380
SER 324 0.09 PHE 12 -0.11 SER 309
ALA 90 0.09 LEU 13 -0.11 VAL 373
ALA 90 0.06 CYS 14 -0.08 ALA 10
TYR 419 0.07 ASP 15 -0.05 LEU 296
TYR 419 0.05 VAL 16 -0.06 ARG 28
PHE 317 0.05 LYS 17 -0.09 ARG 28
ARG 249 0.06 GLN 18 -0.05 ARG 28
ARG 249 0.05 GLU 19 -0.06 GLN 99
LEU 366 0.07 ALA 20 -0.07 ARG 28
ARG 249 0.08 LEU 21 -0.07 ARG 28
ARG 249 0.09 GLN 22 -0.10 GLN 99
SER 256 0.11 VAL 23 -0.11 GLN 99
SER 256 0.18 SER 24 -0.13 GLN 99
SER 256 0.17 TRP 25 -0.12 THR 34
SER 256 0.25 ALA 26 -0.12 THR 34
SER 256 0.30 SER 27 -0.13 TYR 415
ASP 254 0.27 ARG 28 -0.12 TYR 415
ASP 254 0.29 LYS 29 -0.15 TYR 415
SER 256 0.27 GLU 30 -0.15 THR 412
SER 256 0.23 VAL 31 -0.10 THR 412
ASP 254 0.24 SER 32 -0.09 TYR 415
SER 253 0.24 VAL 33 -0.12 GLN 411
SER 256 0.20 PHE 34 -0.09 SER 408
ASP 254 0.19 LEU 35 -0.07 ILE 6
SER 253 0.20 LEU 36 -0.07 TYR 415
SER 253 0.18 ILE 37 -0.07 GLN 411
SER 253 0.15 VAL 38 -0.05 ILE 6
SER 253 0.16 LEU 39 -0.07 ILE 6
SER 253 0.17 LEU 40 -0.05 ALA 5
SER 253 0.14 THR 41 -0.04 ILE 6
SER 253 0.12 VAL 42 -0.06 ILE 6
SER 253 0.14 VAL 43 -0.06 ILE 6
SER 253 0.14 VAL 44 -0.04 ILE 6
SER 253 0.11 SER 45 -0.04 ILE 6
SER 253 0.11 SER 46 -0.06 ILE 6
SER 253 0.12 ILE 47 -0.05 ILE 6
SER 253 0.10 LEU 48 -0.04 ILE 6
SER 253 0.08 PHE 49 -0.04 ILE 6
SER 253 0.10 SER 50 -0.05 ILE 6
SER 253 0.10 CYS 51 -0.04 ILE 6
SER 253 0.08 VAL 52 -0.03 ILE 6
SER 253 0.07 ASP 53 -0.05 ILE 6
SER 253 0.09 PHE 54 -0.05 ILE 6
SER 253 0.08 VAL 55 -0.04 ILE 6
SER 253 0.06 PHE 56 -0.04 ILE 6
ASP 254 0.06 LEU 57 -0.05 ILE 6
SER 253 0.07 ARG 58 -0.05 ILE 6
SER 253 0.06 LEU 59 -0.04 ILE 6
SER 253 0.05 VAL 60 -0.04 ILE 6
ASP 254 0.06 LYS 61 -0.05 ILE 6
SER 253 0.06 ILE 62 -0.05 ILE 6
GLY 78 0.05 ALA 63 -0.04 ILE 6
GLU 207 0.04 LEU 7 -0.10 LYS 338
GLU 207 0.03 MET 8 -0.12 LYS 338
GLU 207 0.03 PHE 9 -0.11 LYS 338
ALA 63 0.03 LEU 10 -0.10 LYS 338
GLU 207 0.03 THR 11 -0.12 LYS 338
GLU 207 0.03 ALA 12 -0.13 LYS 338
GLU 207 0.02 ALA 13 -0.11 LYS 338
GLU 207 0.03 GLN 14 -0.11 LYS 338
GLU 207 0.02 VAL 15 -0.14 LYS 338
MET 5 0.03 PHE 16 -0.14 LYS 338
MET 5 0.03 LEU 17 -0.12 LYS 338
MET 5 0.03 ALA 18 -0.14 LYS 338
MET 5 0.04 PHE 19 -0.16 LYS 338
MET 5 0.05 LEU 20 -0.15 LYS 338
MET 5 0.05 LEU 21 -0.14 LYS 338
MET 5 0.06 VAL 22 -0.17 LYS 338
MET 5 0.07 LEU 23 -0.18 LYS 338
MET 5 0.07 LEU 24 -0.15 LYS 338
MET 5 0.07 VAL 25 -0.15 LYS 338
MET 5 0.09 LEU 26 -0.20 LYS 338
MET 5 0.10 LEU 27 -0.20 LYS 338
MET 5 0.10 GLN 28 -0.17 ASN 339
MET 5 0.11 SER 29 -0.20 ASN 339
MET 5 0.11 PRO 30 -0.19 ASN 339
MET 5 0.13 GLU 31 -0.21 ASN 339
MET 5 0.15 SER 32 -0.25 ASN 339
MET 5 0.17 ASP 33 -0.29 ASN 339
MET 5 0.19 THR 34 -0.37 MET 335
MET 5 0.17 LEU 35 -0.30 MET 335
MET 5 0.15 GLY 36 -0.26 MET 335
MET 5 0.12 GLY 37 -0.17 MET 335
MET 5 0.11 PHE 38 -0.10 ASN 339
MET 5 0.09 GLY 39 -0.08 GLU 30
MET 5 0.10 GLY 40 -0.08 GLU 30
GLU 331 0.16 PRO 41 -0.09 GLU 30
ASP 328 0.15 GLN 42 -0.11 SER 256
MET 5 0.14 CYS 43 -0.12 PRO 242
GLU 331 0.16 ASN 44 -0.11 ASP 254
GLU 331 0.14 LEU 45 -0.08 GLU 30
GLU 331 0.18 GLY 46 -0.09 GLU 30
GLU 331 0.22 SER 47 -0.09 LYS 29
GLU 331 0.18 MET 48 -0.08 LYS 29
GLU 331 0.14 PHE 49 -0.06 LYS 29
GLU 331 0.11 GLY 50 -0.07 SER 27
MET 5 0.09 LYS 51 -0.05 SER 27
MET 5 0.10 SER 52 -0.08 ASP 254
MET 5 0.10 SER 53 -0.09 PRO 242
MET 5 0.11 SER 54 -0.12 PRO 242
MET 5 0.09 SER 55 -0.12 ASN 339
MET 5 0.08 SER 56 -0.08 GLN 245
MET 5 0.08 PHE 57 -0.09 GLN 245
MET 5 0.07 ILE 58 -0.11 ASN 339
MET 5 0.07 ALA 59 -0.08 GLN 245
MET 5 0.06 LYS 60 -0.07 GLN 245
MET 5 0.06 LEU 61 -0.09 GLN 245
MET 5 0.05 THR 62 -0.09 LYS 338
MET 5 0.04 ALA 63 -0.06 GLN 245
MET 5 0.04 VAL 64 -0.07 GLN 245
MET 5 0.04 VAL 65 -0.09 LYS 338
MET 5 0.03 ALA 66 -0.08 LYS 338
MET 5 0.02 ALA 67 -0.06 LYS 338
MET 5 0.02 ALA 68 -0.07 LYS 338
GLU 207 0.02 PHE 69 -0.09 LYS 338
SER 198 0.02 ILE 70 -0.07 LYS 338
VAL 60 0.03 VAL 71 -0.06 LYS 338
SER 198 0.03 ASN 72 -0.08 LYS 338
SER 198 0.03 THR 73 -0.08 LYS 338
VAL 60 0.04 ILE 74 -0.06 LYS 350
ALA 63 0.04 LEU 75 -0.07 LYS 338
GLU 207 0.04 LEU 76 -0.08 LYS 338
SER 198 0.04 VAL 77 -0.08 LYS 350
VAL 60 0.05 GLY 78 -0.07 LYS 350
ALA 63 0.04 THR 79 -0.08 LYS 350
ASN 205 0.05 ASN 80 -0.08 LYS 350

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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.