CNRS Nantes University US2B US2B
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CA distance fluctuations for 260710032716282038

---  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 increasereflargest decrease
LEU 270 0.05 PRO 1 -0.09 MET 497
LEU 270 0.05 LEU 2 -0.09 MET 497
LEU 270 0.05 ASP 3 -0.09 MET 497
LEU 270 0.06 ARG 4 -0.08 MET 497
LEU 270 0.06 ALA 5 -0.08 MET 497
LEU 270 0.06 GLN 6 -0.09 MET 497
LEU 270 0.06 ALA 7 -0.08 MET 497
LEU 270 0.07 ALA 8 -0.07 MET 497
LEU 270 0.07 LYS 9 -0.08 MET 497
LEU 270 0.06 ASN 10 -0.08 MET 497
LEU 270 0.07 LYS 11 -0.07 MET 497
LEU 270 0.08 GLY 12 -0.07 MET 497
LEU 270 0.07 ASN 13 -0.07 MET 497
LEU 270 0.07 LYS 14 -0.06 MET 497
LEU 270 0.09 TYR 15 -0.06 MET 497
LEU 270 0.09 PHE 16 -0.06 MET 497
LEU 270 0.08 LYS 17 -0.06 MET 497
LEU 270 0.09 ALA 18 -0.05 SER 170
LEU 270 0.10 GLY 19 -0.05 SER 170
LEU 270 0.10 LYS 20 -0.05 SER 170
LEU 270 0.10 TYR 21 -0.04 MET 497
LEU 270 0.11 GLU 22 -0.04 MET 497
LEU 270 0.10 GLN 23 -0.05 MET 497
LEU 270 0.09 ALA 24 -0.06 MET 497
LEU 270 0.09 ILE 25 -0.05 MET 497
LEU 270 0.09 GLN 26 -0.05 MET 497
LEU 270 0.08 CYS 27 -0.06 MET 497
LEU 270 0.08 TYR 28 -0.07 MET 497
LEU 270 0.08 THR 29 -0.06 MET 497
LEU 270 0.08 GLU 30 -0.06 MET 497
LEU 270 0.07 ALA 31 -0.07 MET 497
GLN 268 0.07 ILE 32 -0.07 MET 497
GLN 268 0.07 SER 33 -0.07 MET 497
LEU 270 0.07 LEU 34 -0.07 MET 497
LEU 270 0.06 CYS 35 -0.08 MET 497
LEU 176 0.06 PRO 36 -0.09 MET 497
LEU 176 0.06 THR 37 -0.08 MET 497
GLU 172 0.05 GLU 38 -0.10 MET 497
LEU 176 0.05 LYS 39 -0.10 MET 497
LEU 176 0.05 LYS 40 -0.10 MET 497
LEU 176 0.05 VAL 41 -0.11 MET 497
LEU 270 0.05 ASP 42 -0.10 MET 497
GLN 268 0.06 LEU 43 -0.09 MET 497
GLN 268 0.06 SER 44 -0.09 MET 497
LEU 270 0.06 THR 45 -0.09 MET 497
LEU 270 0.07 PHE 46 -0.08 MET 497
GLN 268 0.08 TYR 47 -0.07 MET 497
LEU 270 0.07 GLN 48 -0.07 MET 497
LEU 270 0.08 ASN 49 -0.07 MET 497
LEU 270 0.09 ARG 50 -0.06 MET 497
GLN 268 0.09 ALA 51 -0.05 MET 497
LEU 270 0.09 ALA 52 -0.05 MET 497
LEU 270 0.10 ALA 53 -0.05 MET 497
GLN 268 0.11 PHE 54 -0.04 MET 497
GLN 268 0.11 GLU 55 -0.04 SER 170
LEU 270 0.12 GLN 56 -0.05 SER 170
LEU 270 0.13 LEU 57 -0.05 SER 170
GLN 268 0.13 GLN 58 -0.05 SER 170
GLN 268 0.12 LYS 59 -0.04 SER 170
GLN 268 0.12 TRP 60 -0.04 SER 170
GLN 268 0.11 LYS 61 -0.03 SER 170
GLN 268 0.10 GLU 62 -0.04 MET 497
GLN 268 0.10 VAL 63 -0.04 MET 497
GLN 268 0.10 ALA 64 -0.04 MET 497
GLN 268 0.09 GLN 65 -0.04 MET 497
GLN 268 0.09 ASP 66 -0.05 MET 497
GLN 268 0.08 CYS 67 -0.05 MET 497
GLN 268 0.08 THR 68 -0.05 MET 497
GLN 268 0.07 LYS 69 -0.06 MET 497
GLN 268 0.07 ALA 70 -0.07 MET 497
LEU 176 0.06 VAL 71 -0.07 MET 497
LEU 176 0.06 GLU 72 -0.07 MET 497
LEU 176 0.06 LEU 73 -0.08 MET 497
LEU 176 0.06 ASN 74 -0.09 MET 497
GLU 172 0.06 PRO 75 -0.09 VAL 496
GLU 172 0.06 ARG 76 -0.10 MET 497
LEU 176 0.05 TYR 77 -0.09 MET 497
LEU 176 0.05 VAL 78 -0.08 MET 497
LEU 270 0.06 LYS 79 -0.07 MET 497
GLN 268 0.07 ALA 80 -0.06 MET 497
GLN 268 0.07 LEU 81 -0.06 MET 497
GLN 268 0.07 PHE 82 -0.05 MET 497
GLN 268 0.08 ARG 83 -0.04 MET 497
GLN 268 0.09 ARG 84 -0.04 MET 497
GLN 268 0.09 ALA 85 -0.03 MET 497
GLN 268 0.10 LYS 86 -0.04 SER 170
GLN 268 0.11 ALA 87 -0.04 SER 170
GLN 268 0.11 HIS 88 -0.03 SER 170
GLN 267 0.12 GLU 89 -0.04 SER 170
GLN 268 0.14 LYS 90 -0.05 SER 170
GLN 268 0.12 LEU 91 -0.05 SER 170
GLU 129 0.14 ASP 92 -0.05 SER 170
GLU 133 0.12 ASN 93 -0.04 GLU 96
GLN 267 0.09 LYS 94 -0.04 SER 170
LYS 130 0.09 LYS 95 -0.02 SER 170
LEU 176 0.07 GLU 96 -0.04 ASN 93
GLN 267 0.08 CYS 97 -0.03 SER 170
LEU 300 0.07 LEU 98 -0.02 SER 170
LEU 176 0.07 GLU 99 -0.02 GLN 411
LEU 176 0.07 ASP 100 -0.03 MET 497
LEU 300 0.07 VAL 101 -0.03 GLN 411
LEU 176 0.06 THR 102 -0.03 GLN 411
LEU 176 0.06 ALA 103 -0.05 THR 493
LEU 176 0.06 VAL 104 -0.05 GLN 411
LYS 166 0.06 CYS 105 -0.06 GLN 411
LYS 166 0.06 ILE 106 -0.08 THR 493
LYS 166 0.06 LEU 107 -0.09 MET 497
LYS 166 0.05 GLU 108 -0.09 MET 497
LYS 166 0.06 GLY 109 -0.09 GLN 411
LYS 166 0.06 PHE 110 -0.07 GLN 411
LYS 166 0.05 GLN 111 -0.07 GLN 411
ASP 301 0.05 ASN 112 -0.06 GLN 411
ASP 301 0.07 GLN 113 -0.04 SER 170
ASP 301 0.08 GLN 114 -0.04 SER 170
ASP 301 0.07 SER 115 -0.04 GLN 411
ASP 301 0.08 MET 116 -0.03 SER 170
ASP 301 0.10 LEU 117 -0.04 SER 170
LEU 300 0.10 LEU 118 -0.04 SER 170
LEU 300 0.08 ALA 119 -0.03 SER 170
LEU 300 0.10 ASP 120 -0.04 SER 170
LEU 300 0.12 LYS 121 -0.05 SER 170
LEU 300 0.10 VAL 122 -0.04 SER 170
LEU 300 0.08 LEU 123 -0.03 SER 170
GLN 267 0.10 LYS 124 -0.05 SER 170
GLN 267 0.11 LEU 125 -0.06 SER 170
ASP 92 0.10 LEU 126 -0.05 SER 170
ASP 92 0.10 GLY 127 -0.04 SER 170
ASP 92 0.12 LYS 128 -0.07 SER 170
ASP 92 0.14 GLU 129 -0.07 SER 170
ASP 92 0.12 LYS 130 -0.05 SER 170
ASP 92 0.11 ALA 131 -0.06 SER 170
ASP 92 0.13 LYS 132 -0.09 SER 170
ASP 92 0.13 GLU 133 -0.08 SER 170
ASP 92 0.10 LYS 134 -0.05 GLU 168
ASP 92 0.11 TYR 135 -0.07 GLU 168
ASP 92 0.12 LYS 136 -0.10 GLU 168
ASP 92 0.10 ASN 137 -0.07 GLU 168
ASP 92 0.09 ARG 138 -0.05 GLU 168
LEU 176 0.10 GLU 139 -0.04 ASN 459
LEU 176 0.10 PRO 140 -0.05 GLU 168
LEU 176 0.13 LEU 141 -0.02 LYS 429
GLU 172 0.14 MET 142 -0.02 THR 204
GLU 172 0.15 PRO 143 -0.02 TYR 225
LYS 166 0.21 SER 144 -0.01 TYR 225
LYS 166 0.25 PRO 145 -0.02 ASP 197
LYS 166 0.26 GLN 146 -0.01 ARG 317
LYS 166 0.19 PHE 147 -0.01 ASP 427
LYS 166 0.17 ILE 148 -0.02 PRO 145
LYS 166 0.24 LYS 149 -0.02 SER 153
LYS 166 0.20 SER 150 -0.01 ARG 317
PRO 163 0.12 TYR 151 -0.02 GLU 168
PRO 163 0.16 PHE 152 -0.04 GLU 194
LYS 166 0.15 SER 153 -0.04 GLU 194
PRO 163 0.10 SER 154 -0.06 GLU 168
PRO 163 0.09 PHE 155 -0.15 GLU 168
LYS 90 0.07 THR 156 -0.15 GLU 168
GLN 58 0.07 ASP 157 -0.30 GLU 168
GLN 58 0.07 ASP 158 -0.31 GLU 168
GLN 58 0.07 ILE 159 -0.39 LEU 165
GLN 58 0.07 ILE 160 -0.26 LEU 165
PRO 163 0.16 SER 161 -0.13 GLU 168
PRO 163 0.10 GLN 162 -0.10 GLU 168
LYS 149 0.17 PRO 163 -0.05 ASN 248
ALA 175 0.14 MET 164 -0.19 ILE 159
LEU 391 0.19 LEU 165 -0.42 ASN 248
GLU 193 0.35 LYS 166 -0.45 ASN 248
LEU 391 0.26 GLY 167 -0.65 LYS 212
ASP 390 0.28 GLU 168 -0.76 GLU 246
GLU 193 0.34 LYS 169 -0.66 GLU 246
ASP 390 0.26 SER 170 -0.75 GLU 246
GLU 193 0.27 ASP 171 -0.62 GLU 246
GLU 193 0.37 GLU 172 -0.46 GLU 246
GLU 193 0.30 ASP 173 -0.36 GLU 246
GLU 193 0.22 LYS 174 -0.50 LYS 212
GLU 193 0.26 ALA 175 -0.50 LYS 212
GLU 193 0.32 LEU 176 -0.25 LYS 212
GLU 193 0.17 GLU 177 -0.22 GLY 211
GLN 189 0.12 VAL 178 -0.35 GLY 211
GLN 189 0.20 LYS 179 -0.18 LYS 166
LEU 176 0.13 GLU 180 -0.13 LYS 166
GLU 180 0.11 ASN 181 -0.16 GLY 167
GLU 180 0.06 SER 182 -0.27 GLY 167
GLU 180 0.13 GLY 183 -0.22 GLY 167
GLN 58 0.07 TYR 184 -0.29 GLY 167
LEU 176 0.08 LEU 185 -0.21 GLY 167
LEU 176 0.21 LYS 186 -0.07 GLY 167
LEU 176 0.16 ALA 187 -0.09 GLY 167
LEU 176 0.17 LYS 188 -0.06 LEU 165
LEU 176 0.30 GLN 189 -0.04 ASN 248
LEU 176 0.27 TYR 190 -0.05 GLN 162
LEU 176 0.21 MET 191 -0.07 GLN 162
LYS 166 0.35 GLU 192 -0.09 GLN 162
GLU 172 0.37 GLU 193 -0.06 GLN 162
GLU 172 0.28 GLU 194 -0.06 SER 161
GLU 172 0.26 ASN 195 -0.05 SER 161
LEU 176 0.19 TYR 196 -0.04 SER 161
LEU 176 0.17 ASP 197 -0.04 GLY 183
LEU 176 0.18 LYS 198 -0.05 GLY 183
LEU 176 0.14 ILE 199 -0.08 GLY 167
LEU 176 0.09 ILE 200 -0.13 GLY 167
LEU 176 0.10 SER 201 -0.12 GLY 167
GLU 180 0.11 GLU 202 -0.15 GLY 167
GLU 180 0.07 CYS 203 -0.24 GLY 167
GLN 58 0.07 THR 204 -0.23 GLY 167
GLU 180 0.07 LYS 205 -0.24 GLY 167
GLN 58 0.06 GLU 206 -0.34 GLY 167
GLN 58 0.06 ILE 207 -0.35 GLU 168
LEU 57 0.06 ASP 208 -0.32 SER 170
LEU 57 0.06 ALA 209 -0.39 LYS 174
LEU 57 0.06 GLN 210 -0.47 SER 170
GLY 183 0.07 GLY 211 -0.49 GLY 167
ASN 181 0.07 LYS 212 -0.65 GLY 167
GLN 58 0.06 TYR 213 -0.58 GLY 167
GLN 58 0.06 MET 214 -0.49 GLY 167
GLN 58 0.07 ALA 215 -0.51 GLU 168
GLN 58 0.07 GLU 216 -0.45 GLY 167
GLN 58 0.07 ALA 217 -0.36 GLY 167
GLN 58 0.07 LEU 218 -0.36 GLU 168
GLN 58 0.08 LEU 219 -0.34 GLU 168
ASP 92 0.07 LEU 220 -0.24 GLU 168
ASP 92 0.08 ARG 221 -0.22 GLU 168
ASP 92 0.08 ALA 222 -0.24 GLU 168
ASP 92 0.08 THR 223 -0.19 GLU 168
LEU 176 0.08 PHE 224 -0.12 GLU 168
ASP 92 0.09 TYR 225 -0.15 GLU 168
ASP 92 0.09 LEU 226 -0.14 GLU 168
LEU 176 0.09 LEU 227 -0.08 GLU 168
LEU 176 0.10 ILE 228 -0.06 GLU 168
ASP 92 0.09 GLY 229 -0.09 GLU 168
ASP 92 0.10 ASN 230 -0.14 GLU 168
ASP 92 0.10 ALA 231 -0.18 GLU 168
ASP 92 0.11 ASN 232 -0.21 GLU 168
ASP 92 0.09 ALA 233 -0.21 GLU 168
ASP 92 0.09 ALA 234 -0.24 GLU 168
GLN 58 0.10 LYS 235 -0.28 GLU 168
GLN 58 0.09 PRO 236 -0.32 GLU 168
GLN 58 0.09 ASP 237 -0.34 GLU 168
GLN 58 0.09 LEU 238 -0.35 GLU 168
GLN 58 0.09 ASP 239 -0.38 GLU 168
GLN 58 0.09 GLN 240 -0.43 GLU 168
GLN 58 0.08 VAL 241 -0.48 GLU 168
GLN 58 0.09 ILE 242 -0.47 GLU 168
GLN 58 0.09 SER 243 -0.51 SER 170
GLN 58 0.08 MET 244 -0.59 GLU 168
LEU 57 0.08 GLU 245 -0.65 GLU 168
LEU 57 0.08 GLU 246 -0.76 GLU 168
GLN 58 0.08 ALA 247 -0.71 GLU 168
GLN 58 0.08 ASN 248 -0.73 GLU 168
GLN 58 0.08 VAL 249 -0.63 GLU 168
GLN 58 0.08 LYS 250 -0.53 GLU 168
GLN 58 0.08 LEU 251 -0.51 GLU 168
GLN 58 0.08 ARG 252 -0.50 GLU 168
GLN 58 0.09 ALA 253 -0.44 GLU 168
GLN 58 0.08 ASN 254 -0.36 GLU 168
GLN 58 0.09 ALA 255 -0.37 GLU 168
GLN 58 0.09 LEU 256 -0.36 GLU 168
GLN 58 0.09 ILE 257 -0.29 GLU 168
LYS 90 0.09 LYS 258 -0.25 GLU 168
GLN 58 0.10 ARG 259 -0.28 GLU 168
LYS 90 0.10 GLY 260 -0.26 GLU 168
LYS 90 0.10 SER 261 -0.20 GLU 168
ASP 92 0.10 MET 262 -0.20 GLU 168
LYS 90 0.12 TYR 263 -0.22 GLU 168
LYS 90 0.11 MET 264 -0.18 GLU 168
ASP 92 0.11 GLN 265 -0.14 GLU 168
ASP 92 0.13 GLN 266 -0.17 GLU 168
LYS 90 0.13 GLN 267 -0.16 SER 170
LYS 90 0.14 GLN 268 -0.21 SER 170
LYS 90 0.13 PRO 269 -0.21 GLU 168
GLN 58 0.13 LEU 270 -0.25 SER 170
GLN 58 0.13 LEU 271 -0.28 GLU 168
LYS 90 0.11 SER 272 -0.26 GLU 168
GLN 58 0.11 THR 273 -0.27 GLU 168
GLN 58 0.11 GLN 274 -0.32 GLU 168
GLN 58 0.11 ASP 275 -0.34 GLU 168
GLN 58 0.10 PHE 276 -0.31 GLU 168
GLN 58 0.10 ASN 277 -0.34 GLU 168
GLN 58 0.10 MET 278 -0.40 GLU 168
GLN 58 0.09 ALA 279 -0.40 GLU 168
GLN 58 0.09 ALA 280 -0.39 GLU 168
GLN 58 0.09 ASP 281 -0.44 GLU 168
GLN 58 0.09 ILE 282 -0.51 GLU 168
GLN 58 0.08 ASP 283 -0.49 GLU 168
GLN 58 0.08 PRO 284 -0.43 GLU 168
GLN 58 0.08 GLN 285 -0.42 GLU 168
GLN 58 0.08 ASN 286 -0.38 GLU 168
GLN 58 0.07 ALA 287 -0.27 GLU 168
GLN 58 0.08 ASP 288 -0.24 GLU 168
GLN 58 0.08 VAL 289 -0.29 GLU 168
GLN 58 0.08 TYR 290 -0.24 GLU 168
LYS 90 0.08 HIS 291 -0.17 GLU 168
LYS 90 0.08 HIS 292 -0.18 GLU 168
LYS 90 0.09 ARG 293 -0.22 GLU 168
LYS 90 0.08 GLY 294 -0.17 GLU 168
LYS 90 0.08 GLN 295 -0.13 GLU 168
LYS 90 0.10 LEU 296 -0.16 GLU 168
LYS 90 0.10 LYS 297 -0.17 GLU 168
LYS 121 0.09 ILE 298 -0.12 GLU 168
LYS 121 0.11 LEU 299 -0.11 GLU 168
LYS 121 0.12 LEU 300 -0.15 GLU 168
LYS 121 0.11 ASP 301 -0.12 GLU 168
LYS 121 0.10 GLN 302 -0.16 GLU 168
LYS 121 0.09 VAL 303 -0.13 GLU 168
GLN 58 0.08 GLU 304 -0.15 GLU 168
GLN 58 0.09 GLU 305 -0.19 GLU 168
LYS 90 0.08 ALA 306 -0.16 GLU 168
LYS 90 0.07 VAL 307 -0.14 GLU 168
GLN 58 0.08 ALA 308 -0.19 GLU 168
GLN 58 0.08 ASP 309 -0.21 GLU 168
LYS 90 0.07 PHE 310 -0.15 GLU 168
GLN 58 0.07 ASP 311 -0.16 GLU 168
GLN 58 0.07 GLU 312 -0.22 GLU 168
GLN 58 0.07 CYS 313 -0.19 GLU 168
GLN 58 0.06 ILE 314 -0.13 GLU 168
GLN 58 0.07 ARG 315 -0.19 GLU 168
GLN 58 0.07 LEU 316 -0.24 GLU 168
GLN 58 0.06 ARG 317 -0.14 GLU 168
GLN 58 0.06 PRO 318 -0.08 LYS 169
LYS 174 0.08 ASP 319 -0.03 GLU 194
LYS 166 0.07 SER 320 -0.03 GLU 194
LYS 166 0.13 ALA 321 -0.02 GLU 194
LYS 166 0.11 LEU 322 -0.02 GLU 194
LYS 90 0.06 ALA 323 -0.06 GLU 168
LYS 166 0.07 GLN 324 -0.02 GLU 168
LYS 166 0.10 ALA 325 -0.01 GLY 364
LYS 166 0.06 GLN 326 -0.04 GLU 168
LYS 90 0.06 LYS 327 -0.07 GLU 168
LYS 166 0.07 CYS 328 -0.02 GLU 168
LYS 166 0.07 PHE 329 -0.02 GLU 168
LYS 121 0.07 ALA 330 -0.07 GLU 168
LYS 121 0.06 LEU 331 -0.06 GLU 168
LYS 166 0.06 TYR 332 -0.03 SER 170
LYS 121 0.07 ARG 333 -0.05 SER 170
LYS 121 0.07 GLN 334 -0.08 SER 170
LYS 121 0.06 ALA 335 -0.05 SER 170
LYS 166 0.05 TYR 336 -0.03 SER 170
LEU 117 0.07 THR 337 -0.06 SER 170
LEU 117 0.07 GLY 338 -0.07 SER 170
LEU 117 0.05 ASN 339 -0.04 SER 170
LEU 117 0.05 ASN 340 -0.04 SER 170
LYS 166 0.06 SER 341 -0.02 ASP 3
LYS 166 0.05 THR 342 -0.02 ASP 3
LYS 166 0.05 GLN 343 -0.03 SER 170
LYS 166 0.07 VAL 344 -0.02 ASP 3
LYS 166 0.08 GLN 345 -0.03 ASP 3
LYS 166 0.07 ALA 346 -0.02 ASP 3
LYS 166 0.07 ALA 347 -0.02 ASP 3
LYS 166 0.10 MET 348 -0.02 ASP 3
LYS 166 0.10 LYS 349 -0.02 ASP 3
LYS 166 0.09 GLY 350 -0.02 ASP 3
LYS 166 0.12 PHE 351 -0.02 ASP 3
LYS 166 0.14 GLU 352 -0.03 ASP 3
LYS 166 0.13 ASP 353 -0.02 ASP 3
LYS 166 0.13 VAL 354 -0.02 VAL 41
LYS 166 0.18 ILE 355 -0.02 VAL 41
LYS 166 0.18 LYS 356 -0.02 VAL 41
LYS 166 0.17 LYS 357 -0.02 VAL 41
LYS 166 0.20 PHE 358 -0.02 GLY 109
LYS 166 0.24 PRO 359 -0.02 VAL 41
LYS 166 0.29 ARG 360 -0.02 GLY 109
LYS 166 0.23 CYS 361 -0.02 GLY 109
LYS 166 0.24 ALA 362 -0.03 GLY 109
LYS 166 0.18 GLU 363 -0.02 GLY 109
LYS 166 0.17 GLY 364 -0.02 GLY 109
LYS 166 0.19 TYR 365 -0.03 GLY 109
LYS 166 0.18 ALA 366 -0.03 GLY 109
LYS 166 0.13 LEU 367 -0.02 GLY 109
LYS 166 0.14 TYR 368 -0.03 VAL 41
LYS 166 0.16 ALA 369 -0.04 GLY 109
LYS 166 0.13 GLN 370 -0.03 GLY 109
LYS 166 0.11 ALA 371 -0.03 ASP 3
LYS 166 0.13 LEU 372 -0.04 ASP 3
LYS 166 0.13 THR 373 -0.04 GLY 109
LYS 166 0.10 ASP 374 -0.04 ASP 3
LYS 166 0.11 GLN 375 -0.04 ASP 3
LYS 166 0.12 GLN 376 -0.05 ASP 3
LYS 166 0.14 GLN 377 -0.05 ASP 3
LYS 166 0.15 PHE 378 -0.06 GLY 109
LYS 166 0.17 GLY 379 -0.06 VAL 41
LYS 166 0.17 LYS 380 -0.05 ASP 3
LYS 166 0.17 ALA 381 -0.05 GLY 109
LYS 166 0.19 ASP 382 -0.05 GLY 109
LYS 169 0.21 GLU 383 -0.05 VAL 41
LYS 166 0.20 MET 384 -0.04 VAL 41
LYS 166 0.21 TYR 385 -0.04 GLY 109
LYS 169 0.25 ASP 386 -0.04 GLY 109
LYS 166 0.25 LYS 387 -0.04 VAL 41
LYS 166 0.25 CYS 388 -0.03 GLY 109
LYS 166 0.28 ILE 389 -0.04 GLY 109
LYS 169 0.32 ASP 390 -0.04 GLY 109
LYS 166 0.33 LEU 391 -0.03 GLY 109
LYS 166 0.32 GLU 392 -0.03 GLY 109
LYS 166 0.32 PRO 393 -0.04 GLY 109
LYS 166 0.31 ASP 394 -0.03 GLY 109
LYS 166 0.26 ASN 395 -0.03 GLY 109
LYS 166 0.23 ALA 396 -0.03 GLY 109
LYS 166 0.19 THR 397 -0.03 GLY 109
LYS 166 0.21 THR 398 -0.04 GLY 109
LYS 166 0.21 TYR 399 -0.05 GLY 109
LYS 166 0.18 VAL 400 -0.05 GLY 109
LYS 166 0.17 HIS 401 -0.05 GLY 109
LYS 166 0.19 LYS 402 -0.05 GLY 109
LYS 166 0.18 GLY 403 -0.06 GLY 109
LYS 166 0.15 LEU 404 -0.06 GLY 109
LYS 166 0.16 LEU 405 -0.06 GLY 109
LYS 169 0.17 GLN 406 -0.07 GLY 109
LYS 166 0.15 LEU 407 -0.08 GLY 109
LYS 166 0.13 GLN 408 -0.08 GLY 109
LYS 166 0.14 TRP 409 -0.08 GLY 109
LYS 169 0.16 LYS 410 -0.08 GLY 109
LYS 169 0.14 GLN 411 -0.09 GLY 109
LYS 169 0.17 ASP 412 -0.08 GLY 109
LYS 169 0.16 LEU 413 -0.08 GLY 109
LYS 169 0.19 ASP 414 -0.07 VAL 41
LYS 169 0.20 LYS 415 -0.06 VAL 41
LYS 169 0.18 GLY 416 -0.07 GLY 109
LYS 169 0.18 LEU 417 -0.06 GLY 109
LYS 169 0.22 GLU 418 -0.06 GLY 109
LYS 169 0.22 LEU 419 -0.05 GLY 109
LYS 169 0.19 ILE 420 -0.05 GLY 109
LYS 169 0.21 SER 421 -0.05 GLY 109
LYS 169 0.24 LYS 422 -0.05 GLY 109
LYS 169 0.22 ALA 423 -0.04 GLY 109
LYS 169 0.21 ILE 424 -0.04 GLY 109
LYS 169 0.26 GLU 425 -0.04 GLY 109
LYS 169 0.27 ILE 426 -0.04 GLY 109
LYS 166 0.23 ASP 427 -0.03 GLY 109
GLU 172 0.21 ASN 428 -0.03 GLY 109
GLU 172 0.18 LYS 429 -0.03 ILE 228
LYS 166 0.17 CYS 430 -0.03 GLY 109
LYS 166 0.14 ASP 431 -0.03 GLY 109
LYS 166 0.14 PHE 432 -0.03 GLY 109
LYS 166 0.16 ALA 433 -0.04 GLY 109
GLU 172 0.15 TYR 434 -0.04 GLY 109
LYS 166 0.12 GLU 435 -0.04 GLY 109
LYS 166 0.14 THR 436 -0.05 GLY 109
GLU 172 0.14 MET 437 -0.05 GLY 109
GLU 172 0.13 GLY 438 -0.05 GLY 109
LYS 166 0.12 THR 439 -0.06 GLY 109
LYS 166 0.13 ILE 440 -0.07 GLY 109
GLU 172 0.13 GLU 441 -0.06 LEU 489
GLU 172 0.11 VAL 442 -0.06 ILE 106
LYS 166 0.11 GLN 443 -0.08 ILE 106
GLU 172 0.12 ARG 444 -0.08 LEU 489
GLU 172 0.11 GLY 445 -0.09 LEU 489
GLU 172 0.12 ASN 446 -0.07 LEU 489
GLU 172 0.11 MET 447 -0.05 LEU 489
GLU 172 0.12 ASP 448 -0.04 LEU 489
GLU 172 0.13 LYS 449 -0.04 LEU 489
GLU 172 0.12 ALA 450 -0.04 LEU 489
GLU 172 0.11 ILE 451 -0.03 LEU 489
GLU 172 0.13 ASP 452 -0.03 LEU 489
GLU 172 0.14 MET 453 -0.03 GLY 109
GLU 172 0.12 PHE 454 -0.03 GLY 109
GLU 172 0.12 ASN 455 -0.02 GLU 139
GLU 172 0.14 LYS 456 -0.03 GLU 139
GLU 172 0.12 ALA 457 -0.03 GLY 109
GLU 172 0.10 ILE 458 -0.02 PHE 110
GLU 172 0.12 ASN 459 -0.04 GLU 139
GLU 172 0.12 LEU 460 -0.03 GLU 139
LEU 176 0.10 ALA 461 -0.02 ASP 431
LEU 176 0.09 LYS 462 -0.05 GLU 168
ASP 92 0.09 SER 463 -0.08 GLU 168
ASP 92 0.10 GLU 464 -0.08 GLU 168
ASP 92 0.10 MET 465 -0.08 GLU 168
PRO 163 0.08 GLU 466 -0.04 GLU 168
ASP 92 0.08 MET 467 -0.04 GLU 168
ASP 92 0.10 ALA 468 -0.05 SER 170
LEU 176 0.08 HIS 469 -0.03 SER 170
LEU 176 0.09 LEU 470 -0.03 PHE 110
LEU 176 0.08 TYR 471 -0.02 PHE 110
LEU 176 0.08 SER 472 -0.02 PHE 110
LYS 166 0.09 LEU 473 -0.04 PHE 110
GLU 172 0.09 CYS 474 -0.02 PHE 110
LEU 176 0.08 ASP 475 -0.01 PHE 110
LYS 166 0.08 ALA 476 -0.02 ILE 106
GLU 172 0.09 ALA 477 -0.03 ILE 106
GLU 172 0.09 TYR 478 -0.01 SER 421
GLU 172 0.08 ALA 479 -0.01 GLN 411
GLU 172 0.08 GLN 480 -0.03 PRO 75
GLU 172 0.09 THR 481 -0.03 MET 447
GLU 172 0.08 GLU 482 -0.02 GLY 445
GLU 172 0.08 VAL 483 -0.04 GLY 445
GLU 172 0.08 ALA 484 -0.06 GLY 445
GLU 172 0.09 LYS 485 -0.04 GLY 445
GLU 172 0.08 LYS 486 -0.04 GLY 445
GLU 172 0.07 TYR 487 -0.06 PRO 75
GLU 172 0.08 GLY 488 -0.07 GLY 445
GLU 172 0.07 LEU 489 -0.12 LYS 490
GLU 172 0.08 LYS 490 -0.12 LEU 489
GLU 172 0.09 PRO 491 -0.07 ARG 76
GLU 172 0.09 PRO 492 -0.10 THR 493
GLU 172 0.11 THR 493 -0.10 PRO 492
LYS 166 0.11 LEU 494 -0.09 GLY 109
LYS 169 0.12 ASN 495 -0.09 VAL 41
GLU 172 0.11 VAL 496 -0.11 VAL 41
LYS 166 0.11 MET 497 -0.11 VAL 41

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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.