CNRS Nantes University UFIP UFIP
home |  start a new run |  job status |  references&downloads |  examples |  help  

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


***  Phrb Pseudomonas fluorescens model 5   ***

CA distance fluctuations for 221006205537110470

---  normal mode 12  ---

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
GLY 478 0.10 MET 1 -0.11 PRO 314
GLY 478 0.12 GLN 2 -0.11 PRO 314
GLY 478 0.11 LEU 3 -0.12 PRO 314
GLY 478 0.13 ILE 4 -0.11 PRO 314
GLY 478 0.12 TRP 5 -0.13 PRO 314
GLY 478 0.13 LEU 6 -0.12 PRO 314
GLY 478 0.14 ARG 7 -0.13 PRO 314
GLY 478 0.16 SER 8 -0.11 PRO 314
GLY 478 0.17 ASP 9 -0.11 ASP 481
GLY 478 0.15 LEU 10 -0.10 ASP 481
GLY 478 0.17 ARG 11 -0.11 ASP 481
GLY 478 0.17 VAL 12 -0.11 ASP 481
GLY 478 0.19 HIS 13 -0.13 ASP 481
GLY 478 0.21 ASP 14 -0.14 ASP 481
GLY 478 0.20 ASN 15 -0.13 ASP 481
GLY 478 0.21 THR 16 -0.14 ASP 481
GLY 478 0.18 ALA 17 -0.13 ASP 481
GLY 478 0.17 LEU 18 -0.12 ASP 481
GLY 478 0.18 SER 19 -0.13 ASP 481
GLY 478 0.19 ALA 20 -0.13 ASP 481
GLY 478 0.16 ALA 21 -0.12 ASP 481
GLY 478 0.16 ALA 22 -0.11 ASP 481
GLY 478 0.17 VAL 23 -0.12 ASP 481
GLY 478 0.15 ARG 24 -0.11 ASP 481
GLY 478 0.13 GLY 25 -0.10 ASP 481
GLY 478 0.12 PRO 26 -0.10 PRO 314
GLY 478 0.12 CYS 27 -0.10 PRO 314
GLY 478 0.11 VAL 28 -0.11 PRO 314
GLY 478 0.11 ALA 29 -0.12 PRO 314
GLY 478 0.10 VAL 30 -0.14 PRO 314
GLY 478 0.10 TYR 31 -0.14 PRO 314
GLY 478 0.08 LEU 32 -0.17 PRO 314
TYR 480 0.08 LEU 33 -0.19 PRO 314
TYR 480 0.09 SER 34 -0.20 PRO 314
TYR 480 0.09 PRO 35 -0.23 PRO 314
TYR 480 0.09 ALA 36 -0.26 PRO 314
TYR 480 0.10 GLN 37 -0.22 PRO 314
TYR 480 0.09 TRP 38 -0.22 PRO 314
TYR 480 0.10 LEU 39 -0.27 PRO 314
TYR 480 0.11 ALA 40 -0.24 PRO 314
TYR 480 0.11 HIS 41 -0.20 PRO 314
TYR 480 0.11 ASP 42 -0.21 PRO 314
TYR 480 0.09 ASP 43 -0.18 PRO 314
TYR 480 0.08 ALA 44 -0.17 PRO 314
TYR 480 0.08 PRO 45 -0.17 PRO 314
GLY 478 0.08 CYS 46 -0.14 GLU 322
GLY 478 0.10 LYS 47 -0.13 PRO 314
GLY 478 0.09 VAL 48 -0.15 PRO 314
GLY 478 0.08 ASP 49 -0.14 PRO 314
GLY 478 0.11 PHE 50 -0.11 PRO 314
GLY 478 0.11 TRP 51 -0.12 PRO 314
GLY 478 0.09 LEU 52 -0.14 PRO 314
GLY 478 0.10 ARG 53 -0.11 PRO 314
GLY 478 0.12 ASN 54 -0.10 PRO 314
GLY 478 0.11 LEU 55 -0.12 PRO 314
GLY 478 0.10 ARG 56 -0.11 PRO 314
GLY 478 0.12 ASP 57 -0.09 PHE 444
GLY 478 0.13 LEU 58 -0.09 PRO 314
GLY 478 0.11 SER 59 -0.11 PRO 314
GLY 478 0.11 GLN 60 -0.09 PRO 314
ALA 207 0.14 THR 61 -0.09 ASP 481
GLY 478 0.13 LEU 62 -0.09 PRO 314
GLY 478 0.11 ALA 63 -0.09 PRO 314
GLY 478 0.13 ARG 64 -0.09 ASP 481
GLY 478 0.13 LEU 65 -0.09 ASP 481
GLY 478 0.11 ASN 66 -0.09 PRO 314
GLY 478 0.12 ILE 67 -0.10 PRO 314
GLY 478 0.10 PRO 68 -0.12 PRO 314
GLY 478 0.10 LEU 69 -0.13 PRO 314
GLY 478 0.08 LEU 70 -0.14 PRO 314
GLY 478 0.07 ILE 71 -0.16 PRO 314
TYR 480 0.06 ARG 72 -0.18 PRO 314
TYR 480 0.07 GLU 73 -0.19 PRO 314
TYR 480 0.08 ALA 74 -0.20 PRO 314
TYR 480 0.08 SER 75 -0.23 PRO 314
TYR 480 0.09 HIS 76 -0.23 PRO 314
TYR 480 0.09 TRP 77 -0.20 HIS 312
TYR 480 0.09 ASP 78 -0.26 ALA 476
TYR 480 0.08 ASP 79 -0.23 ALA 476
TYR 480 0.08 ALA 80 -0.18 HIS 312
TYR 480 0.07 PRO 81 -0.19 ALA 476
TYR 480 0.07 ARG 82 -0.21 ALA 476
TYR 480 0.07 VAL 83 -0.18 PRO 314
TYR 480 0.07 LEU 84 -0.16 PRO 314
TYR 480 0.06 ALA 85 -0.16 ASP 475
TYR 480 0.06 GLY 86 -0.16 PRO 314
TYR 480 0.06 LEU 87 -0.15 PRO 314
GLY 478 0.06 CYS 88 -0.14 PRO 314
TYR 480 0.05 ASP 89 -0.14 PRO 314
TYR 480 0.05 GLU 90 -0.15 PRO 314
GLY 478 0.06 LEU 91 -0.13 PRO 314
GLY 478 0.07 GLY 92 -0.13 PRO 314
GLY 478 0.08 VAL 93 -0.12 PRO 314
GLY 478 0.10 GLU 94 -0.11 PRO 314
GLY 478 0.12 ALA 95 -0.11 PRO 314
GLY 478 0.12 VAL 96 -0.12 PRO 314
GLY 478 0.15 HIS 97 -0.11 ASP 481
GLY 478 0.16 ALA 98 -0.11 ASP 481
GLY 478 0.19 ASN 99 -0.13 ASP 481
GLY 478 0.21 ASP 100 -0.13 ASP 481
GLY 478 0.20 GLU 101 -0.12 ASP 481
GLY 478 0.22 TYR 102 -0.13 ASP 481
GLY 478 0.19 GLY 103 -0.15 SER 296
GLY 478 0.16 VAL 104 -0.18 ASP 475
TYR 480 0.13 HIS 105 -0.18 ASP 475
GLY 478 0.14 GLU 106 -0.14 ASP 475
GLY 478 0.16 THR 107 -0.16 ASP 475
TYR 480 0.12 ARG 108 -0.21 ASP 475
TYR 480 0.10 ARG 109 -0.19 ASP 475
GLY 478 0.12 ASP 110 -0.16 ASP 475
GLY 478 0.11 ALA 111 -0.19 ASP 475
TYR 480 0.08 ALA 112 -0.22 ASP 475
TYR 480 0.08 VAL 113 -0.18 ASP 475
GLY 478 0.10 ARG 114 -0.17 ASP 475
TYR 480 0.07 GLN 115 -0.21 ASP 475
TYR 480 0.07 ALA 116 -0.20 ASP 475
GLY 478 0.07 LEU 117 -0.17 ASP 475
GLY 478 0.08 GLU 118 -0.17 ASP 475
TYR 480 0.06 THR 119 -0.20 ASP 475
TYR 480 0.06 ALA 120 -0.17 ASP 475
GLY 478 0.07 GLY 121 -0.15 ASP 475
GLY 478 0.09 ILE 122 -0.13 ASP 475
GLY 478 0.12 ALA 123 -0.11 ASP 475
GLY 478 0.13 TRP 124 -0.11 HIS 312
GLY 478 0.17 HIS 125 -0.12 ASP 481
GLY 478 0.19 ASN 126 -0.13 ASP 481
GLY 478 0.22 TYR 127 -0.15 ASP 481
GLY 478 0.26 LEU 128 -0.16 ASP 481
GLY 478 0.24 ASP 129 -0.15 ASP 481
GLY 478 0.24 GLN 130 -0.16 ASP 481
GLY 478 0.29 LEU 131 -0.19 ASP 481
ALA 476 0.31 LEU 132 -0.21 ASP 481
GLY 478 0.34 PHE 133 -0.22 ASP 481
GLY 478 0.34 GLN 134 -0.20 ASP 481
GLY 478 0.36 PRO 135 -0.21 ASP 481
GLY 478 0.41 GLY 136 -0.23 ASP 481
GLY 478 0.42 SER 137 -0.25 ASP 481
ALA 476 0.51 VAL 138 -0.28 ASP 481
ALA 476 0.61 LEU 139 -0.31 ASP 481
ALA 476 0.81 THR 140 -0.37 ASP 481
ALA 476 0.86 ARG 141 -0.38 ASP 481
ALA 476 0.83 THR 142 -0.37 ASP 481
ALA 476 0.62 GLY 143 -0.32 ASP 481
GLY 478 0.62 THR 144 -0.32 ASP 481
ALA 476 0.54 TYR 145 -0.30 ASP 481
ALA 476 0.67 PHE 146 -0.35 ASP 481
ALA 476 0.65 GLN 147 -0.36 ASP 481
ALA 476 0.72 VAL 148 -0.40 ASP 481
ALA 476 0.60 PHE 149 -0.35 ASP 481
ALA 476 0.67 SER 150 -0.38 ASP 481
ALA 476 0.77 GLN 151 -0.40 ASP 481
ALA 476 0.64 PHE 152 -0.34 ASP 481
ALA 476 0.58 ARG 153 -0.32 ASP 481
ALA 476 0.65 LYS 154 -0.35 ASP 481
ALA 476 0.63 VAL 155 -0.33 ASP 481
ALA 476 0.53 CYS 156 -0.29 ASP 481
ALA 476 0.53 TYR 157 -0.29 ASP 481
ALA 476 0.56 SER 158 -0.30 ASP 481
ALA 476 0.49 ARG 159 -0.28 ASP 481
ALA 476 0.45 LEU 160 -0.26 ASP 481
ALA 476 0.47 HIS 161 -0.26 ASP 481
ALA 476 0.45 GLY 162 -0.26 ASP 481
ALA 476 0.40 SER 163 -0.23 ASP 481
ALA 476 0.37 LEU 164 -0.22 ASP 481
ALA 476 0.32 PRO 165 -0.20 ASP 481
ALA 476 0.27 GLN 166 -0.18 ASP 481
GLY 478 0.24 LEU 167 -0.17 ASP 481
GLY 478 0.22 VAL 168 -0.15 ASP 481
GLY 478 0.20 ALA 169 -0.14 ASP 481
GLY 478 0.18 PRO 170 -0.12 ASP 481
GLY 478 0.17 PRO 171 -0.12 ASP 481
GLY 478 0.16 LYS 172 -0.11 ASP 481
GLY 478 0.14 THR 173 -0.10 ASP 481
GLY 478 0.13 GLN 174 -0.10 ASP 481
GLY 478 0.11 ALA 175 -0.09 ASP 481
GLY 478 0.10 PRO 176 -0.10 PRO 314
GLY 478 0.09 THR 177 -0.11 PRO 314
ASN 214 0.08 GLY 178 -0.11 PRO 314
GLY 478 0.07 ILE 179 -0.12 PRO 314
GLY 478 0.07 ASP 180 -0.13 PRO 314
GLY 478 0.08 SER 181 -0.13 PRO 314
GLY 478 0.07 ASP 182 -0.14 PRO 314
GLY 478 0.06 SER 183 -0.15 PRO 314
GLY 478 0.07 ILE 184 -0.15 PRO 314
TYR 480 0.06 PRO 185 -0.17 PRO 314
TYR 480 0.06 GLU 186 -0.15 PRO 314
TYR 480 0.07 GLN 187 -0.18 PRO 314
TYR 480 0.07 LEU 188 -0.21 PRO 314
TYR 480 0.07 ASP 189 -0.24 PRO 314
TYR 480 0.08 ASP 190 -0.27 PRO 314
TYR 480 0.07 PHE 191 -0.23 PRO 314
TYR 480 0.06 PRO 192 -0.22 ALA 318
TYR 480 0.06 THR 193 -0.18 GLU 322
GLY 478 0.06 PRO 194 -0.17 GLU 322
GLY 478 0.06 SER 195 -0.16 PHE 444
GLY 478 0.07 ALA 196 -0.16 PHE 444
GLY 478 0.08 HIS 197 -0.17 PHE 444
GLY 478 0.09 LEU 198 -0.15 PHE 444
GLY 478 0.09 ARG 199 -0.14 PHE 444
GLY 478 0.10 ALA 200 -0.15 PHE 444
ALA 232 0.11 LEU 201 -0.14 PHE 444
GLY 478 0.12 TRP 202 -0.12 PHE 444
GLY 478 0.12 PRO 203 -0.12 PHE 444
GLY 478 0.13 ALA 204 -0.11 PHE 444
GLY 478 0.14 GLY 205 -0.10 PHE 444
GLY 478 0.16 GLU 206 -0.11 ASP 481
GLY 478 0.16 ALA 207 -0.11 ASP 481
GLY 478 0.15 GLU 208 -0.11 ASP 481
GLY 478 0.17 ALA 209 -0.12 ASP 481
GLY 478 0.18 GLN 210 -0.14 ASP 481
GLY 478 0.17 ARG 211 -0.13 ASP 481
ALA 476 0.18 ARG 212 -0.14 ASP 481
ALA 476 0.21 LEU 213 -0.16 ASP 481
ALA 476 0.21 ASN 214 -0.16 ASP 481
ALA 476 0.20 GLU 215 -0.16 ASP 481
ALA 476 0.23 PHE 216 -0.17 ASP 481
ALA 476 0.26 THR 217 -0.18 ASP 481
ALA 476 0.25 ASP 218 -0.18 ASP 481
ALA 476 0.24 ALA 219 -0.18 ASP 481
ALA 476 0.25 GLN 220 -0.19 ASP 481
ALA 476 0.28 ILE 221 -0.20 ASP 481
ALA 476 0.31 ASP 222 -0.21 ASP 481
ALA 476 0.29 TYR 223 -0.22 ASP 481
ALA 476 0.29 TYR 224 -0.22 ASP 481
ALA 476 0.33 LYS 225 -0.25 ASP 481
ALA 476 0.29 ASP 226 -0.24 ASP 481
ALA 476 0.24 GLU 227 -0.22 ASP 481
ALA 476 0.24 ARG 228 -0.23 ASP 481
ALA 476 0.22 ASP 229 -0.24 ASP 481
ALA 476 0.18 LEU 230 -0.22 ASP 481
ALA 476 0.14 PRO 231 -0.18 ASP 481
ALA 476 0.13 ALA 232 -0.20 PHE 444
ALA 476 0.16 LYS 233 -0.18 ASP 481
ALA 476 0.17 PRO 234 -0.18 PHE 444
ALA 476 0.21 GLY 235 -0.20 ASP 481
ALA 476 0.21 THR 236 -0.19 ASP 481
ALA 476 0.21 SER 237 -0.17 ASP 481
ALA 476 0.17 GLN 238 -0.14 ASP 481
GLY 478 0.19 LEU 239 -0.14 ASP 481
GLY 478 0.19 SER 240 -0.14 ASP 481
GLY 478 0.16 THR 241 -0.11 ASP 481
GLY 478 0.17 TYR 242 -0.12 ASP 481
GLY 478 0.20 LEU 243 -0.14 ASP 481
GLY 478 0.18 ALA 244 -0.12 ASP 481
GLY 478 0.16 ALA 245 -0.10 ASP 481
GLY 478 0.19 GLY 246 -0.12 ASP 481
GLY 478 0.18 ILE 247 -0.11 ASP 481
GLY 478 0.20 LEU 248 -0.14 ASP 481
GLY 478 0.23 SER 249 -0.15 ASP 481
GLY 478 0.26 PRO 250 -0.17 ASP 481
ALA 476 0.27 ARG 251 -0.18 ASP 481
ALA 476 0.24 GLN 252 -0.17 ASP 481
ALA 476 0.27 CYS 253 -0.18 ASP 481
ALA 476 0.32 LEU 254 -0.20 ASP 481
ALA 476 0.30 HIS 255 -0.19 ASP 481
ALA 476 0.28 ALA 256 -0.19 ASP 481
ALA 476 0.32 ALA 257 -0.20 ASP 481
ALA 476 0.35 LEU 258 -0.21 ASP 481
ALA 476 0.31 GLN 259 -0.20 ASP 481
ALA 476 0.31 SER 260 -0.20 ASP 481
ALA 476 0.35 ASN 261 -0.22 ASP 481
ALA 476 0.35 GLN 262 -0.21 ASP 481
ALA 476 0.37 GLY 263 -0.22 ASP 481
ALA 476 0.42 GLU 264 -0.24 ASP 481
ALA 476 0.44 PHE 265 -0.25 ASP 481
ALA 476 0.49 GLU 266 -0.27 ASP 481
ALA 476 0.46 SER 267 -0.26 ASP 481
ALA 476 0.41 GLY 268 -0.24 ASP 481
ALA 476 0.38 SER 269 -0.23 ASP 481
ALA 476 0.40 VAL 270 -0.25 ASP 481
ALA 476 0.35 GLY 271 -0.23 ASP 481
ALA 476 0.36 VAL 272 -0.23 ASP 481
ALA 476 0.41 VAL 273 -0.25 ASP 481
ALA 476 0.40 THR 274 -0.25 ASP 481
ALA 476 0.35 TRP 275 -0.23 ASP 481
ALA 476 0.38 ILE 276 -0.24 ASP 481
ALA 476 0.42 ASN 277 -0.26 ASP 481
ALA 476 0.36 GLU 278 -0.23 ASP 481
ALA 476 0.33 LEU 279 -0.22 ASP 481
ALA 476 0.39 LEU 280 -0.25 ASP 481
ALA 476 0.38 TRP 281 -0.25 ASP 481
ALA 476 0.29 ARG 282 -0.21 ASP 481
ALA 476 0.32 GLU 283 -0.23 ASP 481
ALA 476 0.38 PHE 284 -0.26 ASP 481
GLY 478 0.31 TYR 285 -0.22 ASP 481
GLY 478 0.30 LYS 286 -0.19 ASP 481
GLY 478 0.36 HIS 287 -0.22 ASP 481
GLY 478 0.37 ILE 288 -0.22 ASP 481
GLY 478 0.29 LEU 289 -0.16 ASP 481
GLY 478 0.32 VAL 290 -0.16 ASP 481
GLY 478 0.41 GLY 291 -0.20 ASP 481
GLY 478 0.36 TYR 292 -0.16 ASP 481
GLY 478 0.27 PRO 293 -0.15 ASP 475
GLY 478 0.21 ARG 294 -0.22 ASP 475
GLY 478 0.21 VAL 295 -0.12 ASP 475
GLY 478 0.16 SER 296 -0.15 VAL 104
TYR 480 0.17 ARG 297 -0.26 ALA 476
TYR 480 0.18 HIS 298 -0.22 ALA 476
TYR 480 0.20 ARG 299 -0.25 ALA 476
TYR 480 0.16 ALA 300 -0.13 ASP 475
GLY 478 0.28 PHE 301 -0.15 ASP 481
MET 474 0.30 ARG 302 -0.17 ASP 481
TYR 480 0.27 PRO 303 -0.24 ASP 475
TYR 480 0.21 GLU 304 -0.24 ALA 476
GLY 442 0.19 THR 305 -0.16 ALA 476
TYR 480 0.25 GLU 306 -0.34 ALA 476
ASP 481 0.27 ALA 307 -0.41 ALA 476
GLY 442 0.22 LEU 308 -0.24 ALA 476
ASP 481 0.28 ALA 309 -0.28 ALA 476
GLY 442 0.25 TRP 310 -0.21 ALA 476
LEU 443 0.30 ARG 311 -0.20 ALA 40
LEU 443 0.31 HIS 312 -0.24 ALA 36
LEU 443 0.34 ALA 313 -0.23 LEU 39
LEU 443 0.32 PRO 314 -0.27 ASP 190
LEU 443 0.36 GLU 315 -0.25 ASP 190
LEU 443 0.32 ASP 316 -0.20 ASP 190
LEU 443 0.26 LEU 317 -0.21 ASP 190
LEU 443 0.26 ALA 318 -0.24 ASP 190
LEU 443 0.26 ALA 319 -0.19 ASP 190
LEU 443 0.20 TRP 320 -0.16 ASP 190
LEU 443 0.17 LYS 321 -0.19 ASP 190
LEU 443 0.17 GLU 322 -0.22 PRO 192
GLY 442 0.15 ALA 323 -0.16 PRO 192
LEU 443 0.22 ARG 324 -0.17 PRO 192
GLY 442 0.27 THR 325 -0.15 ASP 190
GLY 442 0.29 GLY 326 -0.13 ASP 190
GLY 442 0.22 LEU 327 -0.11 ASP 190
GLY 442 0.12 PRO 328 -0.09 PHE 444
GLY 442 0.10 ILE 329 -0.11 ASP 481
GLY 442 0.15 ILE 330 -0.10 ASP 190
GLY 442 0.13 ASP 331 -0.11 PRO 192
GLY 478 0.06 ALA 332 -0.13 PHE 444
GLY 442 0.07 ALA 333 -0.10 PHE 444
GLY 442 0.09 MET 334 -0.10 PRO 192
GLY 478 0.06 ARG 335 -0.11 PHE 444
GLY 478 0.08 GLN 336 -0.12 PHE 444
GLY 478 0.08 LEU 337 -0.10 PHE 444
GLY 478 0.07 LEU 338 -0.12 PRO 194
GLY 478 0.07 GLU 339 -0.14 PHE 444
GLY 478 0.09 THR 340 -0.13 PHE 444
GLY 478 0.10 GLY 341 -0.11 PHE 444
GLY 478 0.11 TRP 342 -0.10 PHE 444
GLY 478 0.11 MET 343 -0.12 ASP 481
ALA 476 0.13 HIS 344 -0.16 ASP 481
ALA 476 0.16 ASN 345 -0.19 ASP 481
ALA 476 0.18 ARG 346 -0.21 ASP 481
ALA 476 0.13 LEU 347 -0.16 ASP 481
GLY 478 0.11 ARG 348 -0.15 ASP 481
ALA 476 0.15 MET 349 -0.19 ASP 481
GLY 442 0.14 VAL 350 -0.16 ASP 481
GLY 442 0.16 VAL 351 -0.10 ASP 481
GLY 442 0.16 ALA 352 -0.10 ASP 481
GLY 442 0.18 MET 353 -0.13 ASP 481
GLY 442 0.22 PHE 354 -0.11 LEU 39
GLY 442 0.22 LEU 355 -0.14 LEU 39
GLY 442 0.22 THR 356 -0.13 LEU 39
GLY 442 0.24 LYS 357 -0.11 LEU 39
GLY 442 0.28 ASN 358 -0.12 LEU 39
GLY 442 0.30 LEU 359 -0.15 LEU 39
GLY 442 0.27 LEU 360 -0.15 LEU 39
GLY 442 0.25 ILE 361 -0.17 LEU 39
GLY 442 0.21 ASP 362 -0.18 ALA 40
GLY 442 0.18 TRP 363 -0.14 ALA 40
GLY 442 0.16 ARG 364 -0.17 ALA 40
LEU 443 0.17 GLU 365 -0.20 LEU 39
GLY 442 0.15 GLY 366 -0.15 LEU 39
GLY 442 0.13 GLU 367 -0.11 HIS 41
GLY 442 0.11 ARG 368 -0.18 ASP 42
GLY 442 0.11 PHE 369 -0.17 LEU 39
GLY 478 0.09 PHE 370 -0.10 PRO 314
GLY 478 0.10 MET 371 -0.12 PRO 314
TYR 480 0.09 ARG 372 -0.16 PRO 314
GLY 478 0.08 HIS 373 -0.13 GLU 322
GLY 478 0.11 LEU 374 -0.09 PRO 314
GLY 478 0.12 ILE 375 -0.09 PHE 444
GLY 478 0.15 ASP 376 -0.10 ASP 481
GLY 478 0.14 GLY 377 -0.09 PRO 314
GLY 478 0.17 ASP 378 -0.11 ASP 481
GLY 478 0.17 LEU 379 -0.10 ASP 481
GLY 478 0.22 ALA 380 -0.14 ASP 481
GLY 478 0.21 ALA 381 -0.16 ASP 481
GLY 478 0.17 ASN 382 -0.12 ASP 481
GLY 478 0.18 ASN 383 -0.11 ASP 481
GLY 478 0.23 GLY 384 -0.18 ASP 481
GLY 478 0.18 GLY 385 -0.19 ASP 481
GLY 478 0.14 TRP 386 -0.13 ASP 481
GLY 478 0.17 GLN 387 -0.16 ASP 481
ALA 476 0.22 TRP 388 -0.24 ASP 481
GLY 442 0.16 SER 389 -0.20 ASP 481
GLY 442 0.19 SER 390 -0.14 ASP 481
ALA 476 0.18 SER 391 -0.23 ASP 481
GLY 442 0.17 THR 392 -0.17 ASP 481
GLY 478 0.25 GLY 393 -0.23 ASP 481
ALA 476 0.39 THR 394 -0.31 ASP 481
ALA 476 0.51 ASP 395 -0.38 ASP 481
ALA 476 0.35 SER 396 -0.34 ASP 481
ALA 476 0.31 ALA 397 -0.37 ASP 481
ALA 476 0.35 PRO 398 -0.41 ASP 481
ASP 475 0.24 TYR 399 -0.28 ASP 481
ASP 475 0.26 PHE 400 -0.30 ASP 481
ALA 476 0.26 ARG 401 -0.32 ASP 481
GLY 442 0.19 ILE 402 -0.22 ASP 481
LYS 225 0.19 PHE 403 -0.21 ASP 481
GLY 442 0.20 ASN 404 -0.17 ASP 481
GLY 442 0.19 PRO 405 -0.14 ASP 481
GLY 442 0.18 LEU 406 -0.15 ASP 481
ASP 226 0.20 SER 407 -0.21 ASP 481
ASP 226 0.21 GLN 408 -0.21 ASP 481
ASP 226 0.15 SER 409 -0.18 ASP 481
ASP 226 0.17 GLU 410 -0.21 ASP 481
ASP 226 0.24 LYS 411 -0.25 ASP 481
GLU 227 0.18 PHE 412 -0.23 ASP 481
ALA 476 0.14 ASP 413 -0.19 ASP 481
ALA 476 0.14 SER 414 -0.21 ASP 481
ALA 476 0.12 GLU 415 -0.25 PHE 444
ALA 476 0.10 GLY 416 -0.25 PHE 444
ALA 476 0.10 LEU 417 -0.26 PHE 444
ALA 476 0.10 PHE 418 -0.21 PHE 444
ALA 476 0.08 ILE 419 -0.21 PHE 444
ALA 476 0.07 LYS 420 -0.29 PHE 444
ALA 476 0.07 HIS 421 -0.25 PHE 444
GLY 478 0.06 TRP 422 -0.20 PHE 444
ASP 475 0.05 LEU 423 -0.23 PHE 444
GLU 315 0.05 PRO 424 -0.29 PHE 444
GLU 315 0.07 GLU 425 -0.31 PHE 444
ASP 475 0.06 LEU 426 -0.36 PHE 444
ALA 476 0.06 ALA 427 -0.40 PHE 444
ASP 475 0.06 GLY 428 -0.56 PHE 444
ALA 476 0.07 LEU 429 -0.49 PHE 444
ALA 476 0.08 ASN 430 -0.40 PHE 444
ALA 476 0.10 LYS 431 -0.28 PHE 444
ASP 226 0.10 LYS 432 -0.23 PHE 444
ASP 475 0.08 ASP 433 -0.24 PHE 444
ALA 476 0.08 ILE 434 -0.25 PHE 444
ASN 436 0.13 HIS 435 -0.13 PHE 444
GLY 442 0.14 ASN 436 -0.08 ASP 190
GLY 442 0.13 PRO 437 -0.10 PRO 192
GLY 442 0.38 ALA 438 -0.12 ASN 439
LEU 406 0.17 ASN 439 -0.12 ALA 438
ASN 455 0.11 MET 440 -0.11 GLY 428
GLY 442 0.33 GLY 441 -0.17 GLY 445
LEU 451 0.51 GLY 442 -0.27 GLY 428
LEU 451 0.48 LEU 443 -0.39 GLY 428
LEU 451 0.25 PHE 444 -0.56 GLY 428
LEU 451 0.28 GLY 445 -0.17 GLY 441
LEU 451 0.11 VAL 446 -0.15 GLU 425
LEU 443 0.20 ALA 447 -0.16 GLY 441
LEU 443 0.17 ASP 448 -0.15 PRO 192
LEU 443 0.22 TYR 449 -0.14 PRO 192
LEU 443 0.37 PRO 450 -0.15 PRO 192
GLY 442 0.51 LEU 451 -0.15 ASP 190
GLY 442 0.43 PRO 452 -0.14 ASP 190
GLY 442 0.41 ILE 453 -0.16 ASP 190
GLY 442 0.43 VAL 454 -0.15 ASP 190
GLY 442 0.44 ASN 455 -0.13 ASP 190
GLY 442 0.34 LEU 456 -0.11 ASP 190
GLY 442 0.33 GLY 457 -0.11 ASP 190
GLY 442 0.37 GLN 458 -0.13 ASP 190
GLY 442 0.34 SER 459 -0.13 ASP 190
GLY 442 0.28 ARG 460 -0.11 LEU 39
GLY 442 0.29 GLU 461 -0.11 ALA 36
GLY 442 0.30 ARG 462 -0.13 ALA 36
GLY 442 0.26 ALA 463 -0.12 ALA 40
GLY 442 0.24 LEU 464 -0.10 HIS 76
GLY 442 0.25 ALA 465 -0.11 ASP 78
GLY 442 0.25 ALA 466 -0.13 ASP 78
GLY 442 0.22 PHE 467 -0.11 ASP 78
ASP 475 0.23 LYS 468 -0.11 TYR 480
ASP 481 0.23 ASN 469 -0.14 MET 474
GLY 442 0.20 LEU 470 -0.15 MET 474
THR 472 0.53 PRO 471 -0.35 MET 474
PRO 471 0.53 THR 472 -0.27 PRO 398
VAL 148 0.22 ARG 473 -0.25 ASP 481
GLN 147 0.43 MET 474 -0.35 PRO 471
GLN 151 0.42 ASP 475 -0.24 PRO 303
ARG 141 0.86 ALA 476 -0.41 ALA 307
ARG 141 0.69 ALA 477 -0.27 ALA 307
THR 142 0.72 GLY 478 -0.18 PRO 471
THR 142 0.28 VAL 479 -0.05 ASP 475
PRO 303 0.27 TYR 480 -0.18 PHE 400
ALA 309 0.28 ASP 481 -0.41 PRO 398

If you find results from this site helpful for your research, please cite one of our papers:

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: October 18th, 2018.