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

* EXP_1IKQ_unrelaxed_rank_001_alphafold2_ptm_model_3_seed_000 *

CA distance fluctuations for 24021912353031383

--- 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
ASP 34 0.16 LYS 1 -0.34 GLY 221

HIS 62 0.15 ARG 2 -0.29 GLY 221

HIS 62 0.14 TRP 3 -0.28 ASP 222

HIS 62 0.14 SER 4 -0.40 ASP 222

HIS 62 0.14 GLU 5 -0.38 ASP 222

HIS 62 0.19 TRP 6 -0.33 ASP 222

HIS 62 0.19 ALA 7 -0.35 ASP 222

THR 187 0.15 SER 8 -0.35 ASP 222

THR 187 0.17 GLY 9 -0.28 ASP 222

ILE 60 0.12 LYS 10 -0.29 ASP 222

SER 61 0.14 VAL 11 -0.29 ASP 222

ILE 60 0.17 LEU 12 -0.25 ASP 222

SER 322 0.14 CYS 13 -0.22 ASP 222

SER 322 0.13 LEU 14 -0.23 GLY 221

ILE 60 0.16 LEU 15 -0.25 ARG 92

SER 322 0.14 ASP 16 -0.29 ARG 92

SER 322 0.16 PRO 17 -0.29 HIS 51

SER 322 0.18 LEU 18 -0.32 HIS 51

SER 322 0.17 ASP 19 -0.26 GLU 86

SER 322 0.16 GLY 20 -0.19 GLU 86

SER 322 0.21 VAL 21 -0.22 HIS 51

SER 322 0.22 TYR 22 -0.20 LEU 53

SER 322 0.19 ASN 23 -0.15 ASP 222

SER 322 0.21 TYR 24 -0.12 GLY 221

SER 322 0.28 LEU 25 -0.12 HIS 62

SER 322 0.30 ALA 26 -0.11 HIS 62

SER 322 0.23 GLN 27 -0.09 ASP 219

ALA 49 0.31 GLN 28 -0.08 ASP 219

ALA 49 0.24 ARG 29 -0.13 ASP 219

ALA 49 0.21 CYS 30 -0.17 ASP 219

ALA 49 0.21 ASN 31 -0.11 ASP 219

ALA 49 0.13 LEU 32 -0.15 GLY 220

ALA 49 0.13 ASP 33 -0.15 ASP 219

LYS 1 0.16 ASP 34 -0.28 ASP 219

LYS 1 0.10 THR 35 -0.31 GLY 220

PRO 17 0.12 TRP 36 -0.29 GLY 220

PRO 17 0.15 GLU 37 -0.27 GLY 221

SER 322 0.13 GLY 38 -0.21 GLY 221

SER 322 0.12 LYS 39 -0.19 GLY 221

SER 322 0.13 ILE 40 -0.21 GLY 221

SER 322 0.17 TYR 41 -0.18 GLY 221

SER 322 0.17 ARG 42 -0.13 GLY 221

SER 322 0.16 VAL 43 -0.14 GLY 221

SER 322 0.19 LEU 44 -0.18 ARG 92

SER 322 0.23 ALA 45 -0.18 ARG 92

SER 322 0.22 GLY 46 -0.15 ARG 90

GLU 247 0.27 ASN 47 -0.11 ARG 90

GLY 249 0.30 PRO 48 -0.18 PRO 17

GLU 247 0.49 ALA 49 -0.13 LEU 18

GLU 247 0.50 LYS 50 -0.22 LEU 18

GLY 249 0.44 HIS 51 -0.32 LEU 18

GLY 249 0.59 ASP 52 -0.23 LEU 18

SER 322 0.50 LEU 53 -0.26 LEU 18

SER 322 0.65 ASP 54 -0.15 HIS 62

SER 322 0.36 ILE 55 -0.17 HIS 62

SER 322 0.39 LYS 56 -0.11 SER 61

SER 322 0.26 PRO 57 -0.07 ASP 219

GLY 193 0.21 THR 58 -0.12 ILE 55

LYS 422 0.17 VAL 59 -0.10 LEU 53

LEU 12 0.17 ILE 60 -0.23 SER 61

TRP 6 0.17 SER 61 -0.23 ILE 60

ALA 7 0.19 HIS 62 -0.24 LEU 53

LYS 422 0.16 ARG 63 -0.22 LEU 53

LYS 422 0.14 LEU 64 -0.21 LEU 18

LYS 422 0.15 HIS 65 -0.20 LEU 18

LYS 422 0.13 PHE 66 -0.19 LEU 18

LYS 422 0.14 PRO 67 -0.19 LEU 18

LYS 422 0.13 GLU 68 -0.17 LEU 18

LYS 422 0.14 GLY 69 -0.16 LEU 18

LYS 422 0.12 GLY 70 -0.14 LEU 18

LYS 422 0.13 SER 71 -0.15 LEU 18

LYS 422 0.13 LEU 72 -0.12 LEU 18

LYS 422 0.10 ALA 73 -0.14 ASP 16

LYS 422 0.09 ALA 74 -0.16 ASP 16

LYS 422 0.10 LEU 75 -0.14 ASP 19

LYS 422 0.08 THR 76 -0.12 ASP 16

LYS 422 0.05 ALA 77 -0.15 ASP 16

LYS 422 0.05 HIS 78 -0.16 ASP 16

ALA 49 0.07 GLN 79 -0.12 ASP 16

ASP 54 0.08 ALA 80 -0.13 ASP 16

ALA 49 0.08 CYS 81 -0.16 ASP 16

ALA 49 0.08 HIS 82 -0.16 ASP 16

PRO 211 0.05 LEU 83 -0.20 ASP 16

ARG 95 0.07 PRO 84 -0.23 ASP 16

ALA 7 0.09 LEU 85 -0.22 ASP 19

ALA 7 0.12 GLU 86 -0.28 ASP 16

PRO 94 0.10 THR 87 -0.27 ASP 16

LYS 422 0.07 PHE 88 -0.23 ASP 16

LYS 422 0.10 THR 89 -0.25 ASP 16

LYS 422 0.08 ARG 90 -0.29 ASP 16

LYS 422 0.07 HIS 91 -0.26 ASP 16

LYS 422 0.05 ARG 92 -0.29 ASP 16

GLY 348 0.04 GLN 93 -0.25 ASP 16

THR 87 0.10 PRO 94 -0.26 ASP 16

GLU 86 0.08 ARG 95 -0.19 ASP 16

GLU 215 0.09 GLY 96 -0.20 SER 226

GLU 215 0.07 TRP 97 -0.19 ASP 16

ASP 219 0.08 GLU 98 -0.16 GLY 96

GLU 215 0.08 GLN 99 -0.19 GLY 96

GLU 215 0.06 LEU 100 -0.19 ASP 16

ASP 219 0.06 GLU 101 -0.17 ASP 16

ASP 222 0.09 GLN 102 -0.15 ASP 16

ASP 222 0.06 CYS 103 -0.16 ASP 16

ALA 214 0.04 GLY 104 -0.18 ASP 16

LYS 422 0.04 TYR 105 -0.17 ASP 16

ASP 222 0.05 PRO 106 -0.15 ASP 16

ALA 49 0.04 VAL 107 -0.14 ASP 16

LYS 422 0.07 GLN 108 -0.16 ASP 16

LYS 422 0.06 ARG 109 -0.15 ASP 16

LYS 422 0.07 LEU 110 -0.13 ASP 16

LYS 422 0.09 VAL 111 -0.12 ASP 16

LYS 422 0.10 ALA 112 -0.13 ASP 16

LYS 422 0.09 LEU 113 -0.12 ASP 16

LYS 422 0.10 TYR 114 -0.12 GLY 421

LYS 422 0.12 LEU 115 -0.11 GLY 421

LYS 422 0.12 ALA 116 -0.10 GLY 421

LYS 422 0.12 ALA 117 -0.11 GLY 421

LYS 422 0.14 ARG 118 -0.12 GLY 421

LYS 422 0.13 LEU 119 -0.12 GLY 421

LYS 422 0.15 SER 120 -0.14 GLY 421

LYS 422 0.15 TRP 121 -0.14 GLY 421

LYS 422 0.15 ASN 122 -0.15 GLY 421

LYS 422 0.12 GLN 123 -0.14 GLY 421

LYS 422 0.10 VAL 124 -0.14 GLY 421

ASP 54 0.09 ASP 125 -0.14 GLY 421

LYS 422 0.08 GLN 126 -0.13 GLY 421

LYS 422 0.08 VAL 127 -0.13 GLY 421

ASP 54 0.08 ILE 128 -0.13 GLY 421

ASP 54 0.09 ARG 129 -0.12 GLY 421

ASP 54 0.07 ASN 130 -0.12 GLY 421

ASP 54 0.06 ALA 131 -0.11 GLY 421

ASP 54 0.08 LEU 132 -0.11 GLY 421

ASP 54 0.08 ALA 133 -0.11 GLY 421

ASP 54 0.06 SER 134 -0.10 GLY 421

ASP 54 0.06 PRO 135 -0.10 GLY 421

LYS 422 0.05 GLY 136 -0.10 ASP 16

LYS 422 0.06 SER 137 -0.10 GLY 421

LYS 422 0.07 GLY 138 -0.11 GLY 421

LYS 422 0.07 GLY 139 -0.11 ASP 16

LYS 422 0.06 ASP 140 -0.12 ASP 16

LYS 422 0.07 LEU 141 -0.11 ASP 16

LYS 422 0.06 GLY 142 -0.11 GLY 421

ASP 222 0.04 GLU 143 -0.12 ASP 16

ASP 222 0.05 ALA 144 -0.13 ASP 16

ASP 54 0.06 ILE 145 -0.11 ASP 16

ASP 54 0.06 ARG 146 -0.11 ASP 16

ASP 222 0.06 GLU 147 -0.13 ASP 16

ASP 54 0.07 GLN 148 -0.13 GLN 102

ASP 54 0.08 PRO 149 -0.12 GLY 421

ASP 54 0.10 GLU 150 -0.12 GLY 421

ASP 54 0.08 GLN 151 -0.12 ASP 16

ASP 54 0.07 ALA 152 -0.12 GLY 421

ASP 54 0.09 ARG 153 -0.13 GLY 421

ASP 54 0.10 LEU 154 -0.14 GLY 421

ASP 54 0.07 ALA 155 -0.13 GLY 421

LYS 422 0.08 LEU 156 -0.13 GLY 421

ASP 54 0.09 THR 157 -0.15 GLY 421

ASP 54 0.09 LEU 158 -0.15 GLY 421

LYS 422 0.11 ALA 159 -0.14 GLY 421

LYS 422 0.14 ALA 160 -0.15 GLY 421

LYS 422 0.15 ALA 161 -0.16 GLY 421

LYS 422 0.16 GLU 162 -0.14 GLY 421

LYS 422 0.18 SER 163 -0.14 GLY 421

LYS 422 0.21 GLU 164 -0.15 GLY 421

LYS 422 0.23 ARG 165 -0.15 GLY 421

LYS 422 0.24 PHE 166 -0.13 GLY 421

LYS 422 0.26 VAL 167 -0.13 GLY 421

LYS 422 0.31 ARG 168 -0.14 GLY 421

LYS 422 0.32 GLN 169 -0.12 GLY 421

LYS 422 0.33 GLY 170 -0.11 GLY 421

LYS 422 0.34 THR 171 -0.10 GLY 421

LYS 422 0.29 GLY 172 -0.10 GLY 421

LYS 422 0.27 ASN 173 -0.11 GLY 421

LYS 422 0.24 ASP 174 -0.12 GLY 421

LYS 422 0.20 GLU 175 -0.12 GLY 421

LYS 422 0.19 ALA 176 -0.11 GLY 421

LYS 422 0.21 GLY 177 -0.10 GLY 421

LYS 422 0.19 ALA 178 -0.11 GLY 421

LYS 422 0.16 ALA 179 -0.11 LEU 18

LYS 422 0.17 ASN 180 -0.13 LEU 18

LYS 422 0.19 ALA 181 -0.13 LEU 53

LYS 422 0.18 ASP 182 -0.16 LEU 53

LYS 422 0.16 VAL 183 -0.14 LEU 18

LYS 422 0.17 VAL 184 -0.15 LEU 53

ALA 7 0.17 SER 185 -0.13 ILE 60

ALA 7 0.16 LEU 186 -0.11 ILE 60

GLY 9 0.17 THR 187 -0.08 ASP 222

GLY 9 0.13 CYS 188 -0.07 GLY 421

ASP 54 0.23 PRO 189 -0.06 GLU 215

ASP 54 0.38 VAL 190 -0.08 GLY 421

ASP 54 0.48 ALA 191 -0.06 ARG 248

ASP 54 0.30 ALA 192 -0.05 ASP 219

ASP 54 0.34 GLY 193 -0.07 ARG 248

LYS 422 0.24 GLU 194 -0.09 GLY 421

LYS 422 0.19 CYS 195 -0.09 GLY 421

LYS 422 0.26 ALA 196 -0.07 GLY 421

LYS 422 0.24 GLY 197 -0.11 LEU 53

LYS 422 0.26 PRO 198 -0.19 LEU 53

LYS 422 0.32 ALA 199 -0.18 LEU 53

LYS 422 0.28 ASP 200 -0.20 LEU 53

LYS 422 0.26 SER 201 -0.16 LEU 53

LYS 422 0.29 GLY 202 -0.12 LEU 53

LYS 422 0.26 ASP 203 -0.13 LEU 53

LYS 422 0.22 ALA 204 -0.13 LEU 53

LYS 422 0.19 LEU 205 -0.10 GLY 421

LYS 422 0.18 LEU 206 -0.11 GLY 421

LYS 422 0.12 GLU 207 -0.11 GLY 421

ALA 7 0.12 ARG 208 -0.12 GLY 421

ALA 7 0.14 ASN 209 -0.11 GLY 421

ASP 54 0.18 TYR 210 -0.12 GLY 421

ASP 54 0.21 PRO 211 -0.11 GLY 421

ASP 52 0.20 THR 212 -0.12 GLY 421

ASP 52 0.23 GLY 213 -0.14 LYS 422

ASP 52 0.16 ALA 214 -0.25 SER 8

ALA 49 0.19 GLU 215 -0.18 GLY 9

ASP 52 0.26 PHE 216 -0.19 LYS 422

ASP 52 0.21 LEU 217 -0.24 SER 8

ASP 52 0.20 GLY 218 -0.24 SER 8

ASP 52 0.15 ASP 219 -0.30 THR 35

ASP 52 0.12 GLY 220 -0.32 GLU 5

ASP 52 0.09 GLY 221 -0.38 SER 4

GLN 102 0.09 ASP 222 -0.40 SER 4

ASP 52 0.13 VAL 223 -0.29 SER 4

ASP 52 0.11 SER 224 -0.28 SER 4

ASP 52 0.13 PHE 225 -0.23 SER 4

ASP 52 0.12 SER 226 -0.23 SER 4

ASP 52 0.13 THR 227 -0.21 SER 4

ASP 52 0.14 ARG 228 -0.22 SER 4

ASP 52 0.16 GLY 229 -0.21 SER 4

ASP 52 0.17 THR 230 -0.22 SER 4

ASP 52 0.14 GLN 231 -0.26 SER 4

ASP 52 0.15 ASN 232 -0.28 SER 4

ASP 52 0.19 TRP 233 -0.22 SER 4

ASP 52 0.22 THR 234 -0.21 LYS 422

ASP 52 0.26 VAL 235 -0.25 LYS 422

ASP 52 0.27 GLU 236 -0.26 LYS 422

ASP 52 0.25 ARG 237 -0.23 LYS 422

ASP 52 0.29 LEU 238 -0.25 LYS 422

ASP 52 0.34 LEU 239 -0.30 LYS 422

ASP 52 0.33 GLN 240 -0.28 LYS 422

ASP 52 0.32 ALA 241 -0.26 LYS 422

ASP 52 0.38 HIS 242 -0.31 LYS 422

ASP 52 0.44 ARG 243 -0.33 LYS 422

ASP 52 0.42 GLN 244 -0.29 LYS 422

ASP 52 0.43 LEU 245 -0.29 LYS 422

ASP 52 0.52 GLU 246 -0.37 LYS 422

ASP 52 0.58 GLU 247 -0.34 LYS 422

ASP 52 0.54 ARG 248 -0.29 LYS 422

ASP 52 0.59 GLY 249 -0.35 LYS 422

ASP 52 0.49 TYR 250 -0.33 LYS 422

ASP 52 0.47 VAL 251 -0.39 LYS 422

ASP 52 0.41 PHE 252 -0.35 LYS 422

ASP 52 0.38 VAL 253 -0.33 LYS 422

ASP 52 0.33 GLY 254 -0.27 LYS 422

ASP 52 0.29 TYR 255 -0.21 LYS 422

ASP 52 0.25 HIS 256 -0.14 LYS 422

ASP 52 0.21 GLY 257 -0.12 GLY 421

ASP 52 0.18 THR 258 -0.13 GLY 421

ASP 52 0.15 PHE 259 -0.12 SER 4

ASP 52 0.13 LEU 260 -0.16 ALA 7

ASP 52 0.11 GLU 261 -0.15 ALA 7

ASP 52 0.13 ALA 262 -0.13 GLY 421

ASP 52 0.16 ALA 263 -0.14 ALA 7

ASP 52 0.13 GLN 264 -0.19 ALA 7

ASP 52 0.12 SER 265 -0.14 ALA 7

ASP 52 0.16 ILE 266 -0.14 GLY 421

ASP 52 0.18 VAL 267 -0.15 ALA 7

ASP 52 0.13 PHE 268 -0.21 ALA 7

ASP 54 0.11 GLY 269 -0.12 GLY 421

ASP 54 0.16 GLY 270 -0.14 GLY 421

ASP 54 0.19 VAL 271 -0.17 GLY 421

ASP 54 0.15 ARG 272 -0.17 GLY 421

ASP 54 0.15 ALA 273 -0.19 GLY 421

ASP 54 0.13 ARG 274 -0.18 GLY 421

ASP 54 0.12 SER 275 -0.17 GLY 421

ASP 54 0.14 GLN 276 -0.18 GLY 421

ASP 54 0.14 ASP 277 -0.16 GLY 421

ASP 54 0.16 LEU 278 -0.18 GLY 421

LYS 422 0.17 ASP 279 -0.19 GLY 421

LYS 422 0.22 ALA 280 -0.21 GLY 421

LYS 422 0.23 ILE 281 -0.23 GLY 421

ASP 54 0.21 TRP 282 -0.22 GLY 421

ASP 54 0.19 ARG 283 -0.22 GLY 421

ASP 54 0.22 GLY 284 -0.23 GLY 421

ASP 54 0.23 PHE 285 -0.21 GLY 421

ASP 54 0.24 TYR 286 -0.18 GLY 421

ASP 52 0.28 ILE 287 -0.16 GLY 421

ASP 52 0.30 ALA 288 -0.20 LYS 422

ASP 52 0.33 GLY 289 -0.28 LYS 422

ASP 52 0.30 ASP 290 -0.25 LYS 422

ASP 52 0.28 PRO 291 -0.22 LYS 422

ASP 52 0.26 ALA 292 -0.19 LYS 422

ASP 52 0.25 LEU 293 -0.16 LYS 422

ASP 52 0.25 ALA 294 -0.15 LYS 422

ASP 52 0.23 TYR 295 -0.14 LYS 422

ASP 52 0.21 GLY 296 -0.11 LYS 422

ASP 52 0.20 TYR 297 -0.11 GLY 421

ASP 52 0.19 ALA 298 -0.12 SER 4

ASP 52 0.16 GLN 299 -0.12 SER 4

ASP 52 0.14 ASP 300 -0.12 GLY 96

ASP 52 0.13 GLN 301 -0.12 GLY 421

ASP 52 0.11 GLU 302 -0.11 GLY 421

ASP 52 0.11 PRO 303 -0.11 GLY 96

ASP 52 0.09 ASP 304 -0.14 GLN 102

ASP 52 0.08 ALA 305 -0.13 GLY 96

ASP 52 0.09 ARG 306 -0.14 GLY 96

ASP 52 0.10 GLY 307 -0.13 GLY 96

ASP 52 0.11 ARG 308 -0.14 GLY 96

ASP 52 0.13 ILE 309 -0.13 GLY 96

ASP 52 0.13 ARG 310 -0.15 GLY 96

ASP 52 0.15 ASN 311 -0.15 SER 4

ASP 52 0.16 GLY 312 -0.15 SER 4

ASP 52 0.19 ALA 313 -0.15 SER 4

ASP 52 0.22 LEU 314 -0.16 LYS 422

ASP 52 0.24 LEU 315 -0.17 LYS 422

ASP 52 0.29 ARG 316 -0.22 LYS 422

ASP 52 0.31 VAL 317 -0.21 LYS 422

ASP 52 0.37 TYR 318 -0.26 LYS 422

ASP 54 0.40 VAL 319 -0.24 LYS 422

ASP 54 0.50 PRO 320 -0.27 LYS 422

ASP 54 0.57 ARG 321 -0.41 LYS 422

ASP 54 0.65 SER 322 -0.35 LYS 422

ASP 54 0.52 SER 323 -0.25 LYS 422

ASP 54 0.51 LEU 324 -0.43 LYS 422

ASP 54 0.52 PRO 325 -0.47 LYS 422

ASP 54 0.45 GLY 326 -0.50 GLY 421

ASP 54 0.42 PHE 327 -0.33 GLY 421

ASP 54 0.39 TYR 328 -0.27 GLY 421

ASP 52 0.36 ARG 329 -0.22 LYS 422

ASP 52 0.33 THR 330 -0.10 LYS 422

ASP 52 0.32 SER 331 -0.11 LYS 422

ASP 52 0.29 LEU 332 -0.06 ALA 133

ASP 52 0.26 THR 333 -0.07 GLY 421

ASP 54 0.25 LEU 334 -0.12 GLY 421

ASP 52 0.22 ALA 335 -0.10 GLY 421

ASP 52 0.23 ALA 336 -0.08 GLY 421

ASP 54 0.22 PRO 337 -0.09 GLY 421

LYS 422 0.25 GLU 338 -0.08 GLY 421

ASP 54 0.26 ALA 339 -0.12 GLY 421

LYS 422 0.29 ALA 340 -0.18 GLY 421

LYS 422 0.39 GLY 341 -0.15 GLY 421

ASP 54 0.29 GLU 342 -0.12 GLY 421

ASP 54 0.30 VAL 343 -0.24 GLY 421

LYS 422 0.46 GLU 344 -0.30 GLY 421

LYS 422 0.52 ARG 345 -0.20 GLY 421

ASP 54 0.35 LEU 346 -0.29 GLY 421

ASP 54 0.36 ILE 347 -0.62 GLY 421

LYS 422 0.72 GLY 348 -0.47 GLY 421

LYS 422 0.65 HIS 349 -0.39 GLY 421

LYS 422 0.54 PRO 350 -0.30 GLY 421

LYS 422 0.38 LEU 351 -0.30 GLY 421

LYS 422 0.29 PRO 352 -0.29 GLY 421

ASP 54 0.26 LEU 353 -0.34 GLY 421

ASP 54 0.27 ARG 354 -0.35 GLY 421

ASP 54 0.34 LEU 355 -0.36 GLY 421

ASP 54 0.35 ASP 356 -0.43 GLY 421

ASP 54 0.34 ALA 357 -0.34 GLY 421

ASP 54 0.33 ILE 358 -0.27 GLY 421

ASP 52 0.32 THR 359 -0.17 GLY 421

ASP 52 0.30 GLY 360 -0.12 GLY 421

ASP 52 0.28 PRO 361 -0.08 LYS 422

ASP 52 0.25 GLU 362 -0.10 GLY 421

ASP 52 0.24 GLU 363 -0.09 GLN 301

ASP 52 0.26 GLU 364 -0.09 ALA 133

ASP 52 0.28 GLY 365 -0.09 LYS 422

ASP 52 0.26 GLY 366 -0.10 LYS 422

ASP 52 0.28 ARG 367 -0.16 LYS 422

ASP 52 0.30 LEU 368 -0.17 LYS 422

ASP 52 0.28 GLU 369 -0.14 GLY 421

ASP 52 0.30 THR 370 -0.19 GLY 421

ASP 54 0.28 ILE 371 -0.23 GLY 421

ASP 54 0.29 LEU 372 -0.27 GLY 421

ASP 54 0.26 GLY 373 -0.29 GLY 421

ASP 54 0.22 TRP 374 -0.24 GLY 421

ASP 54 0.24 PRO 375 -0.25 GLY 421

ASP 54 0.31 LEU 376 -0.25 GLY 421

ASP 54 0.27 ALA 377 -0.22 GLY 421

ASP 54 0.22 GLU 378 -0.19 GLY 421

ASP 54 0.29 ARG 379 -0.17 GLY 421

ASP 54 0.30 THR 380 -0.17 GLY 421

ASP 52 0.29 VAL 381 -0.16 LYS 422

ASP 52 0.26 VAL 382 -0.16 LYS 422

ASP 52 0.25 ILE 383 -0.18 LYS 422

ASP 52 0.23 PRO 384 -0.18 LYS 422

ASP 52 0.25 SER 385 -0.21 LYS 422

ASP 52 0.25 ALA 386 -0.22 LYS 422

ASP 52 0.24 ILE 387 -0.21 LYS 422

ASP 52 0.21 PRO 388 -0.18 LYS 422

ASP 52 0.19 THR 389 -0.16 SER 4

ASP 52 0.17 ASP 390 -0.16 LYS 1

ASP 52 0.15 PRO 391 -0.17 LYS 1

ASP 52 0.15 ARG 392 -0.16 LYS 1

ASP 52 0.17 ASN 393 -0.14 LYS 1

ASP 52 0.17 VAL 394 -0.13 LYS 1

ASP 52 0.18 GLY 395 -0.11 LYS 1

ASP 52 0.19 GLY 396 -0.11 LYS 1

ASP 52 0.22 ASP 397 -0.14 LYS 422

ASP 52 0.23 LEU 398 -0.17 LYS 422

ASP 52 0.23 ASP 399 -0.19 LYS 422

ASP 52 0.26 PRO 400 -0.23 LYS 422

ASP 52 0.25 SER 401 -0.23 LYS 422

ASP 52 0.24 SER 402 -0.22 LYS 422

ASP 52 0.27 ILE 403 -0.25 LYS 422

ASP 52 0.28 PRO 404 -0.27 LYS 422

ASP 52 0.31 ASP 405 -0.31 LYS 422

ASP 52 0.33 LYS 406 -0.32 LYS 422

ASP 52 0.32 GLU 407 -0.31 LYS 422

ASP 52 0.34 GLN 408 -0.33 LYS 422

ASP 52 0.38 ALA 409 -0.38 LYS 422

ASP 52 0.40 ILE 410 -0.38 LYS 422

ASP 52 0.38 SER 411 -0.37 LYS 422

ASP 52 0.42 ALA 412 -0.44 LYS 422

ASP 52 0.42 LEU 413 -0.45 LYS 422

ASP 52 0.46 PRO 414 -0.56 LYS 422

ASP 52 0.46 ASP 415 -0.63 LYS 422

ASP 52 0.43 TYR 416 -0.52 LYS 422

ASP 54 0.44 ALA 417 -0.54 LYS 422

ASP 52 0.40 SER 418 -0.31 LYS 422

ASP 54 0.41 GLN 419 -0.24 LYS 422

ASP 54 0.40 PRO 420 -0.08 ALA 417

ASP 54 0.39 GLY 421 -0.62 ILE 347

GLY 348 0.72 LYS 422 -0.63 ASP 415

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).
Last modification: April 25th, 2023.

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

*** EXP_1IKQ_unrelaxed_rank_001_alphafold2_ptm_model_3_seed_000 ***

CA distance fluctuations for 24021912353031383

--- normal mode 10 ---

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

* EXP_1IKQ_unrelaxed_rank_001_alphafold2_ptm_model_3_seed_000 *