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

* TRANSFERASE 26-FEB-07 2OZO *

CA distance fluctuations for 260915025151580210

--- 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 increase ref largest decrease
PRO 147 0.00 PRO 2 -0.12 GLY 487

VAL 604 0.01 ASP 3 -0.12 GLY 487

VAL 604 0.00 PRO 4 -0.12 GLY 487

VAL 604 0.00 ALA 5 -0.10 GLY 487

ARG 124 0.00 ALA 6 -0.10 GLY 487

ARG 124 0.00 HIS 7 -0.10 GLY 487

ALA 5 0.00 LEU 8 -0.09 GLY 487

GLY 245 0.00 PRO 9 -0.07 GLY 487

GLY 245 0.00 PHE 10 -0.07 GLY 487

VAL 604 0.00 PHE 11 -0.08 GLY 487

VAL 612 0.00 TYR 12 -0.07 GLY 487

VAL 604 0.01 GLY 13 -0.08 GLY 487

VAL 612 0.01 SER 14 -0.07 GLY 487

LYS 242 0.01 ILE 15 -0.06 GLY 487

LYS 242 0.01 SER 16 -0.06 GLY 487

ASP 244 0.01 ARG 17 -0.06 GLY 487

ASP 244 0.01 ALA 18 -0.05 GLY 487

ASP 244 0.01 GLU 19 -0.04 GLY 487

ASP 244 0.01 ALA 20 -0.05 GLY 487

ASP 244 0.01 GLU 21 -0.05 GLY 487

ASP 244 0.01 GLU 22 -0.04 ASP 582

ASP 244 0.01 HIS 23 -0.04 ASP 582

GLY 245 0.01 LEU 24 -0.04 GLY 487

GLY 245 0.01 LYS 25 -0.04 ASP 582

GLY 245 0.01 LEU 26 -0.05 ASP 582

GLY 245 0.01 ALA 27 -0.04 ASP 582

GLY 245 0.01 GLY 28 -0.04 ASP 582

GLY 245 0.01 MET 29 -0.04 ASP 582

GLY 245 0.01 ALA 30 -0.04 GLY 487

GLY 245 0.01 ASP 31 -0.04 GLY 487

GLY 245 0.01 GLY 32 -0.05 GLY 487

GLY 245 0.01 LEU 33 -0.05 GLY 487

GLY 245 0.01 PHE 34 -0.06 GLY 487

GLY 245 0.01 LEU 35 -0.06 GLY 487

VAL 604 0.01 LEU 36 -0.08 GLY 487

VAL 612 0.01 ARG 37 -0.08 GLY 487

VAL 604 0.01 GLN 38 -0.09 GLY 487

VAL 612 0.02 CYS 39 -0.09 GLY 487

VAL 612 0.02 LEU 40 -0.08 GLY 487

GLU 611 0.02 ARG 41 -0.09 GLY 487

VAL 612 0.02 SER 42 -0.10 GLY 487

VAL 612 0.02 LEU 43 -0.11 GLY 487

VAL 604 0.02 GLY 44 -0.11 GLY 487

VAL 604 0.02 GLY 45 -0.10 GLY 487

VAL 604 0.02 TYR 46 -0.09 GLY 487

GLU 611 0.01 VAL 47 -0.08 GLY 487

GLU 611 0.01 LEU 48 -0.08 GLY 487

GLU 611 0.01 SER 49 -0.07 GLY 487

GLU 611 0.01 LEU 50 -0.06 GLY 487

GLY 245 0.01 VAL 51 -0.05 GLY 487

GLY 245 0.01 HIS 52 -0.05 GLY 487

GLY 245 0.01 ASP 53 -0.04 GLY 487

GLY 245 0.01 VAL 54 -0.04 GLY 487

GLY 245 0.01 ARG 55 -0.04 GLY 487

GLY 245 0.01 PHE 56 -0.05 GLY 487

GLU 611 0.01 HIS 57 -0.06 GLY 487

GLU 611 0.01 HIS 58 -0.07 GLY 487

GLU 611 0.02 PHE 59 -0.08 GLY 487

GLU 611 0.02 PRO 60 -0.09 GLY 487

GLU 611 0.02 ILE 61 -0.10 GLY 487

GLU 611 0.03 GLU 62 -0.11 GLY 487

VAL 604 0.03 ARG 63 -0.12 GLY 487

GLU 611 0.04 GLN 64 -0.13 GLY 487

VAL 612 0.06 LEU 65 -0.14 GLY 487

VAL 612 0.06 ASN 66 -0.15 GLY 487

VAL 604 0.06 GLY 67 -0.14 GLY 487

VAL 604 0.05 THR 68 -0.13 GLY 487

VAL 604 0.03 TYR 69 -0.12 GLY 487

GLU 611 0.03 ALA 70 -0.11 GLY 487

GLU 611 0.02 ILE 71 -0.10 GLY 487

GLU 611 0.03 ALA 72 -0.10 GLY 487

GLU 611 0.03 GLY 73 -0.10 GLY 487

GLU 611 0.02 GLY 74 -0.10 GLY 487

GLU 431 0.03 LYS 75 -0.11 GLY 487

GLY 606 0.03 ALA 76 -0.12 GLY 487

GLU 431 0.03 HIS 77 -0.12 GLY 487

VAL 604 0.03 CYS 78 -0.14 GLY 487

PRO 434 0.02 GLY 79 -0.13 GLY 487

PRO 434 0.01 PRO 80 -0.11 GLY 487

PRO 434 0.01 ALA 81 -0.11 GLY 487

PRO 434 0.02 GLU 82 -0.12 GLY 487

GLU 431 0.02 LEU 83 -0.11 GLY 487

GLU 431 0.01 CYS 84 -0.09 GLY 487

GLU 431 0.01 GLU 85 -0.10 GLY 487

GLU 431 0.02 PHE 86 -0.10 GLY 487

GLU 431 0.01 TYR 87 -0.09 GLY 487

GLU 431 0.01 SER 88 -0.08 GLY 487

GLU 431 0.01 ARG 89 -0.08 GLY 487

GLU 431 0.01 ASP 90 -0.08 GLY 487

GLU 431 0.01 PRO 91 -0.08 GLY 487

GLU 431 0.02 ASP 92 -0.09 GLY 487

GLU 431 0.02 GLY 93 -0.08 GLY 487

GLU 611 0.01 LEU 94 -0.07 GLY 487

GLU 611 0.01 PRO 95 -0.06 GLY 487

GLU 431 0.01 CYS 96 -0.06 GLY 487

GLU 431 0.01 ASN 97 -0.07 GLY 487

GLY 226 0.01 LEU 98 -0.07 GLY 487

GLY 245 0.01 ARG 99 -0.06 GLY 487

GLY 245 0.01 LYS 100 -0.05 GLY 487

GLY 245 0.01 PRO 101 -0.06 GLY 487

GLY 245 0.01 CYS 102 -0.05 GLY 487

GLY 245 0.00 ASN 103 -0.05 GLY 487

GLY 245 0.00 ARG 104 -0.05 ASP 582

ASP 244 0.00 PRO 105 -0.06 ASP 582

ASP 244 0.00 SER 106 -0.08 ASP 582

GLN 111 0.00 GLY 107 -0.08 PRO 584

GLN 111 0.00 LEU 108 -0.07 THR 588

GLY 67 0.00 GLU 109 -0.06 THR 588

GLY 67 0.00 PRO 110 -0.07 GLY 487

VAL 604 0.00 GLN 111 -0.07 GLY 487

VAL 604 0.00 PRO 112 -0.08 GLY 487

ALA 613 0.01 GLY 113 -0.08 GLY 487

ALA 613 0.01 VAL 114 -0.09 GLY 487

VAL 612 0.01 PHE 115 -0.10 GLY 487

VAL 604 0.01 ASP 116 -0.10 GLY 487

ALA 613 0.00 CYS 117 -0.10 GLY 487

ALA 613 0.01 LEU 118 -0.11 GLY 487

ALA 613 0.01 ARG 119 -0.13 GLY 487

MET 122 0.00 ASP 120 -0.13 GLY 487

MET 122 0.01 ALA 121 -0.12 GLY 487

ALA 121 0.01 MET 122 -0.14 GLY 487

LYS 484 0.01 VAL 123 -0.15 GLY 487

LYS 484 0.01 ARG 124 -0.14 GLY 487

LYS 484 0.01 ASP 125 -0.15 GLY 487

LYS 484 0.01 TYR 126 -0.17 GLY 487

LYS 484 0.01 VAL 127 -0.18 GLY 487

LYS 484 0.01 ARG 128 -0.17 GLY 487

LYS 484 0.01 GLN 129 -0.17 GLY 487

ARG 160 0.02 THR 130 -0.19 GLY 487

ARG 160 0.02 TRP 131 -0.21 GLY 487

LYS 484 0.01 LYS 132 -0.19 GLY 487

LYS 484 0.02 LEU 133 -0.18 GLY 487

LYS 484 0.02 GLU 134 -0.16 GLY 487

LYS 484 0.02 GLY 135 -0.14 GLY 487

LYS 484 0.02 GLU 136 -0.14 GLY 487

LYS 484 0.02 ALA 137 -0.18 GLY 487

LYS 484 0.01 LEU 138 -0.17 GLY 487

LYS 484 0.01 GLU 139 -0.15 GLY 487

LYS 484 0.02 GLN 140 -0.18 GLY 487

LYS 484 0.01 ALA 141 -0.20 GLY 487

LYS 484 0.01 ILE 142 -0.17 GLY 487

LYS 484 0.01 ILE 143 -0.16 GLY 487

ASN 66 0.01 SER 144 -0.20 GLY 487

ASN 66 0.01 GLN 145 -0.20 GLY 487

LYS 484 0.01 ALA 146 -0.17 GLY 487

ASN 66 0.01 PRO 147 -0.18 GLY 487

ASN 66 0.02 GLN 148 -0.20 GLY 487

LEU 65 0.01 VAL 149 -0.19 GLY 487

LEU 65 0.01 GLU 150 -0.17 GLY 487

LEU 65 0.02 LYS 151 -0.18 GLY 487

SER 313 0.03 LEU 152 -0.19 GLY 487

SER 313 0.02 ILE 153 -0.17 GLY 487

MET 310 0.02 ALA 154 -0.16 GLY 487

MET 310 0.04 THR 155 -0.17 GLY 487

MET 310 0.03 THR 156 -0.17 GLY 487

MET 310 0.03 ALA 157 -0.16 GLY 487

ALA 613 0.03 HIS 158 -0.15 GLY 487

MET 310 0.03 GLU 159 -0.15 GLY 487

GLU 316 0.02 ARG 160 -0.16 GLY 487

GLU 316 0.01 MET 161 -0.15 GLY 487

LYS 484 0.01 PRO 162 -0.15 GLY 487

ALA 613 0.01 TRP 163 -0.14 GLY 487

ALA 613 0.02 TYR 164 -0.14 GLY 487

ALA 613 0.02 HIS 165 -0.13 GLY 487

ALA 613 0.03 SER 166 -0.14 GLY 487

ALA 613 0.03 SER 167 -0.13 GLY 487

ALA 613 0.02 LEU 168 -0.12 GLY 487

ALA 613 0.02 THR 169 -0.12 GLY 487

ALA 613 0.02 ARG 170 -0.11 GLY 487

ALA 613 0.02 GLU 171 -0.11 GLY 487

ALA 613 0.02 GLU 172 -0.11 GLY 487

ALA 613 0.02 ALA 173 -0.12 GLY 487

ALA 613 0.01 GLU 174 -0.11 GLY 487

ALA 613 0.01 ARG 175 -0.11 GLY 487

ALA 613 0.01 LYS 176 -0.12 GLY 487

ALA 613 0.01 LEU 177 -0.11 GLY 487

ALA 613 0.01 TYR 178 -0.11 GLY 487

ALA 613 0.01 SER 179 -0.11 GLY 487

ALA 18 0.01 GLY 180 -0.11 GLY 487

ALA 18 0.01 ALA 181 -0.11 GLY 487

ALA 18 0.01 GLN 182 -0.10 GLY 487

ALA 18 0.01 THR 183 -0.10 GLY 487

ALA 18 0.01 ASP 184 -0.10 GLY 487

ALA 18 0.01 GLY 185 -0.10 GLY 487

ALA 18 0.01 LYS 186 -0.11 GLY 487

ALA 613 0.01 PHE 187 -0.12 GLY 487

ALA 613 0.01 LEU 188 -0.12 GLY 487

ALA 613 0.02 LEU 189 -0.12 GLY 487

ALA 613 0.03 ARG 190 -0.12 GLY 487

ALA 613 0.03 PRO 191 -0.12 GLY 487

ALA 613 0.03 ARG 192 -0.12 GLY 487

ALA 613 0.04 LYS 193 -0.12 GLY 487

ALA 613 0.04 GLU 194 -0.11 GLY 487

ALA 613 0.05 GLN 195 -0.12 GLY 487

ALA 613 0.04 GLY 196 -0.12 GLY 487

ALA 613 0.04 THR 197 -0.12 GLY 487

ALA 613 0.03 TYR 198 -0.12 GLY 487

ALA 613 0.03 ALA 199 -0.11 GLY 487

ALA 613 0.02 LEU 200 -0.11 GLY 487

ALA 613 0.02 SER 201 -0.11 GLY 487

ALA 613 0.01 LEU 202 -0.11 GLY 487

ALA 613 0.01 ILE 203 -0.10 GLY 487

ALA 613 0.01 TYR 204 -0.09 GLY 487

ALA 18 0.01 GLY 205 -0.09 GLY 487

ALA 613 0.01 LYS 206 -0.09 GLY 487

ALA 613 0.01 THR 207 -0.09 GLY 487

ALA 613 0.01 VAL 208 -0.10 GLY 487

ALA 613 0.02 TYR 209 -0.10 GLY 487

ALA 613 0.02 HIS 210 -0.10 GLY 487

ALA 613 0.02 TYR 211 -0.10 GLY 487

ALA 613 0.03 LEU 212 -0.10 GLY 487

ALA 613 0.03 ILE 213 -0.11 GLY 487

ALA 613 0.03 SER 214 -0.11 GLY 487

ALA 613 0.04 GLN 215 -0.11 GLY 487

GLU 611 0.04 ASP 216 -0.11 GLY 487

GLU 611 0.04 LYS 217 -0.11 GLY 487

GLU 611 0.04 ALA 218 -0.12 GLY 487

GLU 611 0.05 GLY 219 -0.12 GLY 487

VAL 612 0.04 LYS 220 -0.12 GLY 487

ALA 613 0.03 TYR 221 -0.12 GLY 487

ALA 613 0.03 CYS 222 -0.11 GLY 487

ALA 613 0.02 ILE 223 -0.10 GLY 487

ALA 613 0.02 PRO 224 -0.09 GLY 487

GLU 611 0.02 GLU 225 -0.09 GLY 487

GLU 611 0.02 GLY 226 -0.09 GLY 487

ALA 613 0.02 THR 227 -0.10 GLY 487

VAL 612 0.03 LYS 228 -0.11 GLY 487

VAL 612 0.03 PHE 229 -0.12 GLY 487

VAL 612 0.03 ASP 230 -0.13 GLY 487

ALA 613 0.03 THR 231 -0.14 GLY 487

ALA 613 0.03 LEU 232 -0.13 GLY 487

ALA 613 0.02 TRP 233 -0.14 GLY 487

ALA 613 0.02 GLN 234 -0.13 GLY 487

ALA 613 0.02 LEU 235 -0.12 GLY 487

ALA 613 0.02 VAL 236 -0.12 GLY 487

ALA 613 0.01 GLU 237 -0.12 GLY 487

ALA 613 0.01 TYR 238 -0.11 GLY 487

ALA 613 0.01 LEU 239 -0.11 GLY 487

SER 16 0.01 LYS 240 -0.11 GLY 487

SER 16 0.01 LEU 241 -0.10 GLY 487

ARG 17 0.01 LYS 242 -0.09 GLY 487

ARG 17 0.01 ALA 243 -0.09 GLY 487

ALA 613 0.01 ASP 244 -0.09 GLY 487

ALA 613 0.02 GLY 245 -0.09 GLY 487

ALA 613 0.01 LEU 246 -0.09 GLY 487

ALA 613 0.01 ILE 247 -0.09 GLY 487

ARG 17 0.01 TYR 248 -0.09 GLY 487

ARG 17 0.01 CYS 249 -0.10 GLY 487

ARG 17 0.01 LEU 250 -0.11 GLY 487

ALA 18 0.01 LYS 251 -0.11 GLY 487

ALA 18 0.01 GLU 252 -0.12 GLY 487

ALA 18 0.01 ALA 253 -0.13 GLY 487

ALA 613 0.01 CYS 254 -0.13 GLY 487

LYS 484 0.01 PRO 255 -0.14 GLY 487

LYS 484 0.01 ASN 256 -0.14 GLY 487

ASN 66 0.04 MET 310 -0.26 GLY 487

ASN 66 0.04 ASP 311 -0.26 GLY 487

ASN 66 0.03 THR 312 -0.28 GLY 487

LEU 152 0.03 SER 313 -0.26 GLY 487

ASN 66 0.02 VAL 314 -0.28 GLY 487

THR 156 0.02 PHE 315 -0.26 GLY 487

ALA 157 0.03 GLU 316 -0.28 GLY 487

ALA 157 0.02 SER 317 -0.31 GLY 487

ALA 157 0.02 PRO 318 -0.31 GLY 487

THR 156 0.02 PHE 319 -0.29 GLY 487

LYS 484 0.02 SER 320 -0.26 GLY 487

LYS 484 0.02 ASP 321 -0.26 GLY 487

LYS 484 0.02 PRO 322 -0.28 GLY 487

LYS 484 0.02 GLU 323 -0.23 GLY 487

LYS 484 0.02 GLU 324 -0.21 GLY 487

LYS 484 0.02 LEU 325 -0.19 GLY 487

LYS 484 0.02 LYS 326 -0.19 GLY 487

LYS 484 0.02 ASP 327 -0.17 GLY 487

LYS 484 0.02 LYS 328 -0.21 GLY 487

LYS 484 0.02 LYS 329 -0.20 GLY 487

LYS 484 0.03 LEU 330 -0.22 GLY 487

LYS 484 0.02 PHE 331 -0.26 GLY 487

LYS 484 0.02 LEU 332 -0.30 GLY 487

LYS 484 0.01 LYS 333 -0.29 GLY 487

GLN 195 0.01 ARG 334 -0.34 GLY 487

GLN 195 0.01 ASP 335 -0.32 GLY 487

GLN 195 0.01 ASN 336 -0.32 GLY 487

GLN 195 0.02 LEU 337 -0.38 GLY 487

GLN 195 0.02 LEU 338 -0.41 GLY 487

GLN 195 0.02 ILE 339 -0.47 GLY 487

GLN 195 0.02 ALA 340 -0.49 GLY 487

GLN 195 0.02 ASP 341 -0.52 GLY 487

GLN 195 0.02 ILE 342 -0.54 GLY 487

ASN 66 0.02 GLU 343 -0.62 GLY 487

ASN 66 0.02 LEU 344 -0.62 GLY 487

ARG 465 0.02 GLY 345 -0.70 GLY 487

PRO 502 0.02 CYS 346 -0.85 GLY 487

PRO 502 0.02 GLY 347 -1.02 GLY 487

LEU 503 0.02 ASN 348 -1.34 GLY 487

ILE 511 0.02 PHE 349 -1.38 GLY 487

PRO 502 0.01 GLY 350 -1.03 GLY 487

ASN 66 0.02 SER 351 -0.86 GLY 487

ASN 66 0.02 VAL 352 -0.73 GLY 487

ASN 66 0.02 ARG 353 -0.61 GLY 487

ASN 66 0.02 GLN 354 -0.53 GLY 487

GLN 195 0.02 GLY 355 -0.47 GLY 487

GLN 195 0.02 VAL 356 -0.40 GLY 487

ALA 157 0.02 TYR 357 -0.37 GLY 487

ALA 157 0.02 ARG 358 -0.32 GLY 487

ARG 160 0.02 MET 359 -0.28 GLY 487

ARG 160 0.02 ARG 360 -0.24 GLY 487

ARG 160 0.02 LYS 361 -0.24 GLY 487

ARG 160 0.02 LYS 362 -0.28 GLY 487

ALA 157 0.02 GLN 363 -0.32 GLY 487

ALA 157 0.02 ILE 364 -0.35 GLY 487

GLN 195 0.02 ASP 365 -0.40 GLY 487

ASN 66 0.02 VAL 366 -0.45 GLY 487

ASN 66 0.02 ALA 367 -0.54 GLY 487

ASN 66 0.02 ILE 368 -0.59 GLY 487

ASN 66 0.02 LYS 369 -0.72 GLY 487

ASN 66 0.01 VAL 370 -0.71 GLY 487

ASN 66 0.01 LEU 371 -0.75 GLY 487

ASN 66 0.01 LYS 372 -0.75 GLY 487

ARG 514 0.02 GLN 373 -0.72 GLY 487

ASN 66 0.01 GLY 374 -0.42 GLY 487

ASN 66 0.01 THR 375 -0.15 GLY 487

ASN 66 0.01 GLU 376 -0.03 LEU 486

GLY 487 0.14 LYS 377 -0.02 SER 106

GLY 487 0.14 ALA 378 -0.02 SER 106

GLY 487 0.16 ASP 379 -0.03 SER 106

LYS 484 0.01 THR 380 -0.04 GLY 487

GLY 487 0.04 GLU 381 -0.03 GLY 107

GLY 487 0.11 GLU 382 -0.03 GLY 107

LYS 484 0.03 MET 383 -0.10 GLY 487

LYS 484 0.03 MET 384 -0.12 GLY 487

LYS 484 0.03 ARG 385 -0.03 GLY 107

LYS 484 0.05 GLU 386 -0.09 GLY 487

LYS 484 0.04 ALA 387 -0.22 GLY 487

LYS 484 0.04 GLN 388 -0.13 GLY 487

LYS 484 0.05 ILE 389 -0.10 GLY 487

LYS 484 0.05 MET 390 -0.22 GLY 487

LYS 484 0.04 HIS 391 -0.22 GLY 487

LYS 484 0.04 GLN 392 -0.16 GLY 487

LYS 484 0.04 LEU 393 -0.19 GLY 487

LYS 484 0.03 ASP 394 -0.22 GLY 487

LYS 484 0.02 ASN 395 -0.23 GLY 487

LYS 484 0.02 PRO 396 -0.27 GLY 487

LYS 484 0.02 TYR 397 -0.28 GLY 487

LYS 484 0.02 ILE 398 -0.32 GLY 487

LYS 484 0.02 VAL 399 -0.41 GLY 487

LYS 484 0.03 ARG 400 -0.35 GLY 487

LYS 484 0.03 LEU 401 -0.37 GLY 487

LYS 484 0.02 ILE 402 -0.35 GLY 487

LYS 484 0.02 GLY 403 -0.34 GLY 487

LYS 484 0.02 VAL 404 -0.38 GLY 487

LYS 484 0.01 CYS 405 -0.38 GLY 487

ASN 66 0.01 GLN 406 -0.36 GLY 487

GLN 195 0.01 ALA 407 -0.36 GLY 487

GLN 195 0.01 GLU 408 -0.41 GLY 487

ASN 66 0.01 ALA 409 -0.48 GLY 487

ASN 66 0.01 LEU 410 -0.49 GLY 487

ASN 66 0.01 MET 411 -0.55 GLY 487

LYS 484 0.02 LEU 412 -0.55 GLY 487

LYS 484 0.02 VAL 413 -0.48 GLY 487

LYS 484 0.02 MET 414 -0.47 GLY 487

LYS 484 0.02 GLU 415 -0.43 GLY 487

ASN 66 0.02 MET 416 -0.46 GLY 487

ASN 66 0.02 ALA 417 -0.47 GLY 487

ASN 66 0.02 GLY 418 -0.48 GLY 487

ASN 66 0.03 GLY 419 -0.45 GLY 487

ASN 66 0.02 GLY 420 -0.51 GLY 487

ASN 66 0.02 PRO 421 -0.51 GLY 487

ASN 66 0.02 LEU 422 -0.42 GLY 487

ASN 66 0.02 HIS 423 -0.42 GLY 487

ASN 66 0.02 LYS 424 -0.46 GLY 487

ASN 66 0.03 PHE 425 -0.41 GLY 487

ASN 66 0.03 LEU 426 -0.36 GLY 487

ASN 66 0.03 VAL 427 -0.36 GLY 487

ASN 66 0.03 GLY 428 -0.32 GLY 487

ASN 66 0.03 LYS 429 -0.31 GLY 487

ASN 66 0.03 ARG 430 -0.27 GLY 487

ASN 66 0.04 GLU 431 -0.26 GLY 487

ASN 66 0.04 GLU 432 -0.28 GLY 487

ASN 66 0.04 ILE 433 -0.28 GLY 487

ASN 66 0.04 PRO 434 -0.24 GLY 487

ASN 66 0.03 VAL 435 -0.22 GLY 487

ASN 66 0.03 SER 436 -0.21 GLY 487

ASN 66 0.03 ASN 437 -0.25 GLY 487

ASN 66 0.02 VAL 438 -0.26 GLY 487

ASN 66 0.02 ALA 439 -0.22 GLY 487

ASN 66 0.02 GLU 440 -0.23 GLY 487

ASN 66 0.02 LEU 441 -0.28 GLY 487

ASN 66 0.02 LEU 442 -0.24 GLY 487

ASN 66 0.01 HIS 443 -0.20 GLY 487

ASN 66 0.01 GLN 444 -0.24 GLY 487

ASN 66 0.01 VAL 445 -0.26 GLY 487

LYS 484 0.01 SER 446 -0.18 GLY 487

LYS 484 0.02 MET 447 -0.18 GLY 487

LYS 484 0.02 GLY 448 -0.21 GLY 487

LYS 484 0.02 MET 449 -0.17 GLY 487

LYS 484 0.02 LYS 450 -0.10 GLY 487

LYS 484 0.03 TYR 451 -0.12 GLY 487

LYS 484 0.04 LEU 452 -0.12 GLY 487

LYS 484 0.03 GLU 453 -0.04 GLY 107

LYS 484 0.03 GLU 454 -0.04 GLY 107

LYS 484 0.04 LYS 455 -0.04 GLY 107

LYS 484 0.04 ASN 456 -0.04 GLY 107

LYS 484 0.05 PHE 457 -0.04 GLY 107

LYS 484 0.05 VAL 458 -0.04 GLY 107

LYS 484 0.04 HIS 459 -0.18 GLY 487

LEU 486 0.03 ARG 460 -0.13 GLY 487

LEU 486 0.02 ASN 461 -0.36 GLY 487

ASN 66 0.01 LEU 462 -0.32 GLY 487

GLY 345 0.01 ALA 463 -0.39 GLY 487

ASN 66 0.02 ALA 464 -0.43 GLY 487

GLY 345 0.02 ARG 465 -0.56 GLY 487

ASN 66 0.02 ASN 466 -0.54 GLY 487

ASN 66 0.02 VAL 467 -0.44 GLY 487

ASN 66 0.02 LEU 468 -0.48 GLY 487

ASN 66 0.02 LEU 469 -0.42 GLY 487

ASN 66 0.02 VAL 470 -0.39 GLY 487

ASN 66 0.03 ASN 471 -0.36 GLY 487

ASN 66 0.03 ARG 472 -0.33 GLY 487

ASN 66 0.03 HIS 473 -0.30 GLY 487

ASN 66 0.02 TYR 474 -0.32 GLY 487

ASN 66 0.02 ALA 475 -0.35 GLY 487

ASN 66 0.02 LYS 476 -0.38 GLY 487

LYS 484 0.02 ILE 477 -0.39 GLY 487

LYS 484 0.02 SER 478 -0.49 GLY 487

LYS 484 0.02 ASP 479 -0.58 GLY 487

LYS 484 0.04 PHE 480 -0.38 GLY 487

LYS 484 0.07 GLY 481 -0.31 GLY 487

LYS 484 0.04 LEU 482 -0.54 GLY 487

LEU 486 0.03 SER 483 -0.49 GLY 487

GLY 481 0.07 LYS 484 -0.12 GLY 487

GLY 481 0.02 ALA 485 -0.25 GLY 487

ARG 514 0.06 LEU 486 -0.12 GLY 487

ARG 514 0.61 GLY 487 -1.38 PHE 349

GLY 347 0.02 PRO 502 -0.40 GLY 487

GLY 347 0.02 LEU 503 -0.30 GLY 487

GLY 347 0.02 LYS 504 -0.17 GLY 487

GLY 347 0.02 TRP 505 -0.19 GLY 487

LEU 486 0.02 TYR 506 -0.04 GLY 107

GLY 487 0.08 ALA 507 -0.05 GLY 107

GLY 487 0.20 PRO 508 -0.05 SER 106

GLY 487 0.31 GLU 509 -0.05 SER 106

GLY 487 0.31 CYS 510 -0.04 SER 106

GLY 487 0.37 ILE 511 -0.04 SER 106

GLY 487 0.45 ASN 512 -0.04 SER 106

GLY 487 0.56 PHE 513 -0.04 SER 106

GLY 487 0.61 ARG 514 -0.04 SER 106

GLY 487 0.42 LYS 515 -0.04 SER 106

GLY 487 0.25 PHE 516 -0.04 GLY 107

GLY 487 0.15 SER 517 -0.05 GLY 107

GLY 487 0.04 SER 518 -0.05 GLY 107

GLY 487 0.08 ARG 519 -0.06 GLY 107

GLY 487 0.08 SER 520 -0.05 GLY 107

LEU 486 0.03 ASP 521 -0.06 GLY 487

LEU 486 0.02 VAL 522 -0.05 GLY 107

LEU 486 0.02 TRP 523 -0.05 GLY 107

LEU 486 0.02 SER 524 -0.15 GLY 487

LEU 486 0.01 TYR 525 -0.18 GLY 487

LEU 486 0.01 GLY 526 -0.13 GLY 487

ASN 66 0.01 VAL 527 -0.18 GLY 487

ASN 66 0.01 THR 528 -0.27 GLY 487

ASN 66 0.01 MET 529 -0.22 GLY 487

ASN 66 0.02 TRP 530 -0.21 GLY 487

ASN 66 0.02 GLU 531 -0.29 GLY 487

ASN 66 0.02 ALA 532 -0.29 GLY 487

ASN 66 0.02 LEU 533 -0.23 GLY 487

ASN 66 0.02 SER 534 -0.25 GLY 487

ASN 66 0.02 TYR 535 -0.30 GLY 487

ASN 66 0.02 GLY 536 -0.35 GLY 487

ASN 66 0.02 GLN 537 -0.31 GLY 487

ASN 66 0.02 LYS 538 -0.31 GLY 487

ASN 66 0.02 PRO 539 -0.24 GLY 487

ASN 66 0.01 TYR 540 -0.16 GLY 487

ASN 66 0.02 LYS 541 -0.22 GLY 487

ASN 66 0.01 LYS 542 -0.16 GLY 487

GLY 345 0.01 MET 543 -0.12 GLY 487

GLY 347 0.02 LYS 544 -0.14 GLY 487

GLY 347 0.02 GLY 545 -0.03 SER 106

GLY 487 0.10 PRO 546 -0.04 SER 106

GLY 487 0.03 GLU 547 -0.04 SER 106

GLY 347 0.01 VAL 548 -0.04 SER 106

GLY 487 0.12 MET 549 -0.04 SER 106

GLY 487 0.12 ALA 550 -0.04 SER 106

GLY 487 0.05 PHE 551 -0.04 SER 106

GLY 487 0.08 ILE 552 -0.05 SER 106

GLY 487 0.15 GLU 553 -0.05 SER 106

GLY 487 0.11 GLN 554 -0.05 SER 106

GLY 487 0.08 GLY 555 -0.05 SER 106

GLY 487 0.03 LYS 556 -0.05 SER 106

LEU 486 0.01 ARG 557 -0.05 SER 106

ASN 66 0.01 MET 558 -0.09 GLY 487

ASN 66 0.01 GLU 559 -0.10 GLY 487

ASN 66 0.01 CYS 560 -0.12 GLY 487

ASN 66 0.02 PRO 561 -0.17 GLY 487

ASN 66 0.02 PRO 562 -0.18 GLY 487

CYS 78 0.02 GLU 563 -0.17 GLY 487

ASN 66 0.02 CYS 564 -0.17 GLY 487

CYS 78 0.01 PRO 565 -0.14 GLY 487

LEU 486 0.01 PRO 566 -0.10 GLY 487

LEU 486 0.01 GLU 567 -0.10 GLY 487

ASN 66 0.01 LEU 568 -0.12 GLY 487

ASN 66 0.01 TYR 569 -0.11 GLY 487

LEU 486 0.01 ALA 570 -0.06 GLY 487

LEU 486 0.01 LEU 571 -0.07 GLY 487

LEU 486 0.01 MET 572 -0.09 GLY 487

LEU 486 0.01 SER 573 -0.06 GLY 107

LEU 486 0.02 ASP 574 -0.07 GLY 107

LEU 486 0.02 CYS 575 -0.06 GLY 107

LEU 486 0.02 TRP 576 -0.06 GLY 107

GLY 487 0.08 ILE 577 -0.06 SER 106

GLY 487 0.14 TYR 578 -0.06 SER 106

GLY 487 0.18 LYS 579 -0.06 SER 106

GLY 487 0.16 TRP 580 -0.06 GLY 107

GLY 487 0.17 GLU 581 -0.07 SER 106

GLY 487 0.12 ASP 582 -0.08 SER 106

GLY 487 0.07 ARG 583 -0.07 GLY 107

GLY 487 0.03 PRO 584 -0.08 GLY 107

LEU 486 0.02 ASP 585 -0.07 GLY 107

LEU 486 0.02 PHE 586 -0.06 GLY 107

LYS 484 0.02 LEU 587 -0.06 GLY 107

LEU 486 0.02 THR 588 -0.08 GLY 107

LEU 486 0.01 VAL 589 -0.07 GLY 487

LYS 484 0.01 GLU 590 -0.11 GLY 487

LYS 484 0.01 GLN 591 -0.08 GLY 487

LEU 486 0.01 ARG 592 -0.09 GLY 487

LEU 486 0.01 MET 593 -0.13 GLY 487

LYS 484 0.01 ARG 594 -0.14 GLY 487

LYS 484 0.01 ALA 595 -0.11 GLY 487

ASN 66 0.01 CYS 596 -0.13 GLY 487

ASN 66 0.01 TYR 597 -0.17 GLY 487

ASN 66 0.01 TYR 598 -0.15 GLY 487

ASN 66 0.01 SER 599 -0.14 GLY 487

GLY 67 0.02 LEU 600 -0.16 GLY 487

GLY 67 0.02 ALA 601 -0.18 GLY 487

GLY 67 0.02 SER 602 -0.16 GLY 487

GLY 67 0.03 LYS 603 -0.17 GLY 487

GLY 67 0.06 VAL 604 -0.19 GLY 487

ASN 66 0.05 GLU 605 -0.21 GLY 487

ASN 66 0.05 GLY 606 -0.23 GLY 487

ASN 66 0.04 GLY 607 -0.25 GLY 487

ASN 66 0.04 SER 608 -0.27 GLY 487

ASN 66 0.04 ALA 609 -0.26 GLY 487

ASN 66 0.05 LEU 610 -0.24 GLY 487

ASN 66 0.06 GLU 611 -0.22 GLY 487

ASN 66 0.06 VAL 612 -0.22 GLY 487

ASN 66 0.05 ALA 613 -0.23 GLY 487

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.

*** TRANSFERASE 26-FEB-07 2OZO ***

CA distance fluctuations for 260915025151580210

--- normal mode 10 ---

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

* TRANSFERASE 26-FEB-07 2OZO *