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***  birA_2ewn_btx_b_Gly118   ***

CA distance fluctuations for 2603192008384055873

---  normal mode 11  ---

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
ASP 88 0.66 LYS 2 -0.82 LYS 38
ASP 88 0.23 ASP 3 -0.44 LYS 38
SER 217 0.13 ASN 4 -0.33 SER 318
ASP 3 0.16 THR 5 -0.34 ASN 68
SER 217 0.16 VAL 6 -0.37 ASN 68
SER 217 0.16 PRO 7 -0.33 SER 318
ASN 4 0.09 LEU 8 -0.37 SER 318
THR 5 0.16 LYS 9 -0.49 ASN 68
SER 217 0.11 LEU 10 -0.34 SER 318
LEU 8 0.07 ILE 11 -0.38 SER 318
THR 5 0.11 ALA 12 -0.47 LEU 66
THR 5 0.11 LEU 13 -0.36 SER 318
THR 5 0.07 LEU 14 -0.37 SER 318
PRO 85 0.10 ALA 15 -0.40 SER 318
PRO 85 0.10 ASN 16 -0.39 SER 318
PRO 85 0.07 GLY 17 -0.40 SER 318
THR 5 0.08 GLU 18 -0.37 SER 318
LYS 9 0.08 PHE 19 -0.34 SER 318
SER 217 0.08 HIS 20 -0.32 SER 318
SER 217 0.12 SER 21 -0.29 LYS 2
GLU 216 0.19 GLY 22 -0.36 LYS 2
SER 217 0.17 GLU 23 -0.30 LYS 2
SER 217 0.13 GLN 24 -0.31 GLN 71
SER 217 0.14 LEU 25 -0.31 GLN 71
SER 217 0.19 GLY 26 -0.33 LYS 70
SER 217 0.15 GLU 27 -0.39 LYS 70
SER 217 0.12 THR 28 -0.45 GLN 71
SER 217 0.16 LEU 29 -0.43 LYS 70
SER 217 0.17 GLY 30 -0.43 LYS 70
SER 217 0.22 MET 31 -0.36 LYS 70
SER 217 0.25 SER 32 -0.44 LYS 2
SER 217 0.25 ARG 33 -0.46 LYS 2
SER 217 0.31 ALA 34 -0.58 LYS 2
SER 217 0.29 ALA 35 -0.60 LYS 2
SER 217 0.24 ILE 36 -0.50 LYS 2
GLU 215 0.29 ASN 37 -0.63 LYS 2
SER 217 0.33 LYS 38 -0.82 LYS 2
GLU 215 0.26 HIS 39 -0.65 LYS 2
GLU 215 0.25 ILE 40 -0.57 LYS 2
GLU 215 0.36 GLN 41 -0.77 LYS 2
GLU 215 0.30 THR 42 -0.72 LYS 2
GLU 215 0.21 LEU 43 -0.42 LYS 2
GLU 215 0.31 ARG 44 -0.48 LYS 2
GLU 215 0.40 ASP 45 -0.51 LYS 2
GLU 215 0.18 TRP 46 -0.44 SER 318
ARG 44 0.18 GLY 47 -0.49 SER 318
ARG 213 0.09 VAL 48 -0.45 SER 318
ARG 212 0.12 ASP 49 -0.45 SER 318
ARG 213 0.15 VAL 50 -0.38 SER 318
ARG 213 0.15 PHE 51 -0.39 LYS 2
ARG 213 0.14 THR 52 -0.42 LYS 2
ARG 213 0.10 VAL 53 -0.37 LYS 2
ARG 213 0.10 PRO 54 -0.40 LYS 2
GLU 216 0.08 GLY 55 -0.33 LYS 2
GLN 24 0.06 LYS 56 -0.30 SER 318
GLU 216 0.10 GLY 57 -0.34 LYS 2
GLU 216 0.11 TYR 58 -0.34 LYS 2
LYS 9 0.05 SER 59 -0.37 SER 318
PRO 63 0.06 LEU 60 -0.41 SER 318
GLU 62 0.15 PRO 61 -0.43 SER 318
PRO 61 0.15 GLU 62 -0.43 SER 318
PRO 85 0.09 PRO 63 -0.42 SER 318
GLU 62 0.12 ILE 64 -0.42 SER 318
LEU 67 0.13 GLN 65 -0.42 ALA 12
GLU 62 0.11 LEU 66 -0.47 ALA 12
LYS 2 0.14 LEU 67 -0.38 LYS 9
LYS 2 0.11 ASN 68 -0.49 LYS 9
LYS 2 0.18 ALA 69 -0.41 LYS 9
LYS 2 0.13 LYS 70 -0.44 THR 28
LYS 2 0.11 GLN 71 -0.45 THR 28
LYS 2 0.15 ILE 72 -0.36 THR 28
LYS 2 0.18 LEU 73 -0.36 THR 28
LYS 2 0.13 GLY 74 -0.40 THR 28
LYS 2 0.14 GLN 75 -0.36 THR 28
LYS 2 0.18 LEU 76 -0.32 THR 28
LYS 2 0.19 ASP 77 -0.29 THR 28
LYS 2 0.22 GLY 78 -0.29 THR 28
LYS 2 0.27 GLY 79 -0.26 THR 28
LYS 2 0.30 SER 80 -0.26 GLY 30
LYS 2 0.30 VAL 81 -0.27 GLY 30
LYS 2 0.35 ALA 82 -0.28 SER 318
LYS 2 0.30 VAL 83 -0.32 SER 318
LYS 2 0.39 LEU 84 -0.34 SER 318
LYS 2 0.28 PRO 85 -0.37 SER 318
LYS 2 0.41 VAL 86 -0.39 SER 318
LYS 2 0.60 ILE 87 -0.38 SER 318
LYS 2 0.66 ASP 88 -0.40 SER 318
LYS 2 0.53 SER 89 -0.39 SER 318
LYS 2 0.48 THR 90 -0.36 SER 318
LYS 2 0.48 ASN 91 -0.33 SER 318
LYS 2 0.61 GLN 92 -0.36 ASP 282
LYS 2 0.62 TYR 93 -0.31 SER 318
LYS 2 0.53 LEU 94 -0.27 SER 318
LYS 2 0.56 LEU 95 -0.28 ASP 282
LYS 2 0.64 ASP 96 -0.30 ASP 282
LYS 2 0.56 ARG 97 -0.24 ASP 282
LYS 2 0.50 ILE 98 -0.21 SER 318
LYS 2 0.47 GLY 99 -0.18 SER 318
LYS 2 0.45 GLU 100 -0.19 SER 318
LYS 2 0.42 LEU 101 -0.19 SER 318
LYS 2 0.36 LYS 102 -0.18 GLY 30
LYS 2 0.34 SER 103 -0.17 THR 28
LYS 2 0.31 GLY 104 -0.20 THR 28
LYS 2 0.35 ASP 105 -0.21 SER 318
LYS 2 0.34 ALA 106 -0.25 SER 318
LYS 2 0.38 CYS 107 -0.30 SER 318
LYS 2 0.32 ILE 108 -0.34 SER 318
LYS 2 0.31 ALA 109 -0.38 SER 318
LYS 2 0.19 GLU 110 -0.41 SER 318
LYS 2 0.22 TYR 111 -0.44 SER 318
LYS 2 0.34 GLN 112 -0.45 SER 318
LYS 2 0.36 GLN 113 -0.45 SER 318
LYS 2 0.42 ALA 114 -0.46 SER 318
LYS 2 0.33 GLY 115 -0.47 SER 318
LYS 2 0.30 ARG 116 -0.45 GLY 118
LYS 2 0.25 GLY 117 -0.58 GLY 118
THR 195 0.23 GLY 118 -0.58 GLY 117
THR 195 0.19 ARG 119 -0.46 ASP 282
THR 195 0.22 GLY 120 -0.59 ASP 282
GLY 117 0.23 ARG 121 -0.54 ASP 282
LYS 2 0.21 LYS 122 -0.58 SER 318
LYS 2 0.20 TRP 123 -0.59 SER 318
ASP 45 0.22 PHE 124 -0.64 SER 318
ASP 45 0.16 SER 125 -0.54 SER 318
ASP 45 0.19 PRO 126 -0.53 SER 318
TRP 46 0.09 PHE 127 -0.47 SER 318
GLY 47 0.08 GLY 128 -0.44 SER 318
GLY 47 0.14 ALA 129 -0.48 SER 318
GLY 47 0.13 ASN 130 -0.46 SER 318
LYS 2 0.17 LEU 131 -0.41 SER 318
LYS 2 0.25 TYR 132 -0.41 SER 318
LYS 2 0.29 LEU 133 -0.35 SER 318
LYS 2 0.36 SER 134 -0.30 SER 318
LYS 2 0.35 MET 135 -0.25 SER 318
LYS 2 0.39 PHE 136 -0.21 SER 318
LYS 2 0.36 TRP 137 -0.16 SER 318
LYS 2 0.36 ARG 138 -0.13 THR 28
LYS 2 0.33 LEU 139 -0.12 THR 28
LYS 2 0.32 GLU 140 -0.12 THR 28
LYS 2 0.31 GLN 141 -0.11 THR 28
LYS 2 0.34 GLY 142 -0.10 GLY 257
LYS 2 0.34 PRO 143 -0.12 LEU 258
LYS 2 0.30 ALA 144 -0.17 LEU 258
LYS 2 0.28 ALA 145 -0.17 LEU 258
LYS 2 0.30 ALA 146 -0.12 LEU 258
LYS 2 0.24 ILE 147 -0.12 GLU 190
LYS 2 0.23 GLY 148 -0.11 LEU 258
LYS 2 0.26 LEU 149 -0.11 THR 28
LYS 2 0.25 SER 150 -0.13 SER 318
LYS 2 0.21 LEU 151 -0.11 THR 28
LYS 2 0.22 VAL 152 -0.13 THR 28
LYS 2 0.23 ILE 153 -0.16 SER 318
LYS 2 0.19 GLY 154 -0.17 SER 318
LYS 2 0.18 ILE 155 -0.13 THR 28
LYS 2 0.19 VAL 156 -0.15 THR 28
LYS 2 0.18 MET 157 -0.20 SER 318
LYS 2 0.15 ALA 158 -0.17 SER 318
LYS 267 0.16 GLU 159 -0.15 THR 28
LYS 2 0.15 VAL 160 -0.19 THR 28
LYS 2 0.12 LEU 161 -0.21 SER 318
LYS 267 0.15 ARG 162 -0.16 THR 28
LYS 267 0.16 LYS 163 -0.18 THR 28
LYS 267 0.13 LEU 164 -0.20 THR 28
LYS 267 0.11 GLY 165 -0.19 ASN 16
ASP 45 0.11 ALA 166 -0.19 SER 318
ASP 45 0.10 ASP 167 -0.15 ASN 16
ASP 45 0.11 LYS 168 -0.14 ASN 16
ASP 45 0.10 VAL 169 -0.18 SER 318
LYS 2 0.11 ARG 170 -0.14 ALA 12
LYS 2 0.13 VAL 171 -0.15 SER 318
LYS 2 0.12 LYS 172 -0.17 SER 318
LYS 2 0.13 TRP 173 -0.14 ALA 12
LYS 2 0.17 PRO 174 -0.13 ALA 12
LYS 2 0.19 ASN 175 -0.21 SER 318
LYS 2 0.16 ASP 176 -0.31 SER 318
LYS 2 0.13 LEU 177 -0.30 SER 318
ARG 121 0.11 TYR 178 -0.31 SER 318
ASP 45 0.10 LEU 179 -0.28 SER 318
ARG 121 0.10 GLN 180 -0.23 SER 318
ARG 119 0.12 ASP 181 -0.31 SER 318
ARG 121 0.11 ARG 182 -0.58 SER 318
ARG 121 0.14 LYS 183 -0.57 SER 318
ASP 45 0.12 LEU 184 -0.47 SER 318
LYS 2 0.14 ALA 185 -0.43 SER 318
LYS 2 0.18 GLY 186 -0.43 SER 318
LYS 2 0.23 ILE 187 -0.33 SER 318
LYS 2 0.30 LEU 188 -0.32 SER 318
LYS 2 0.33 VAL 189 -0.24 SER 318
LYS 2 0.41 GLU 190 -0.26 GLY 311
LYS 2 0.41 LEU 191 -0.17 GLY 311
LYS 2 0.46 THR 192 -0.15 GLY 311
LYS 2 0.41 GLY 193 -0.08 LEU 258
LYS 2 0.40 LYS 194 -0.09 ALA 259
LYS 2 0.37 THR 195 -0.12 ALA 259
LYS 2 0.34 GLY 196 -0.10 ALA 259
LYS 2 0.35 ASP 197 -0.08 THR 28
LYS 2 0.36 ALA 198 -0.10 THR 28
LYS 2 0.38 ALA 199 -0.08 THR 28
LYS 2 0.41 GLN 200 -0.14 SER 318
LYS 2 0.40 ILE 201 -0.17 SER 318
LYS 2 0.41 VAL 202 -0.23 SER 318
LYS 2 0.35 ILE 203 -0.25 SER 318
LYS 2 0.33 GLY 204 -0.32 SER 318
LYS 2 0.26 ALA 205 -0.36 SER 318
LYS 2 0.22 GLY 206 -0.44 SER 318
LYS 2 0.15 ILE 207 -0.43 SER 318
ASP 45 0.14 ASN 208 -0.50 SER 318
ASP 45 0.12 MET 209 -0.44 SER 318
ARG 44 0.11 ALA 210 -0.46 SER 318
ARG 44 0.18 MET 211 -0.54 SER 318
ARG 44 0.20 ARG 212 -0.58 SER 318
GLN 41 0.28 ARG 213 -0.66 SER 318
ASP 45 0.34 VAL 214 -0.75 SER 318
ASP 45 0.40 GLU 215 -0.78 SER 318
GLN 41 0.34 GLU 216 -0.92 SER 318
LYS 38 0.33 SER 217 -0.89 SER 318
ASP 45 0.29 VAL 218 -0.83 SER 318
ASP 45 0.26 VAL 219 -0.97 SER 318
LYS 38 0.26 ASN 220 -1.24 SER 318
LYS 38 0.20 GLN 221 -1.29 SER 318
GLN 41 0.19 GLY 222 -1.06 SER 318
ASP 45 0.18 TRP 223 -0.78 SER 318
ASP 45 0.16 ILE 224 -0.58 SER 318
ASP 45 0.14 THR 225 -0.47 SER 318
ASP 45 0.12 LEU 226 -0.37 SER 318
ARG 212 0.12 GLN 227 -0.39 SER 318
ASP 45 0.13 GLU 228 -0.38 SER 318
ASP 45 0.12 ALA 229 -0.30 SER 318
ASP 45 0.11 GLY 230 -0.28 SER 318
ARG 212 0.10 ILE 231 -0.29 SER 318
ARG 212 0.10 ASN 232 -0.32 ASN 16
GLY 47 0.09 LEU 233 -0.30 SER 318
PRO 61 0.11 ASP 234 -0.31 SER 318
LYS 2 0.11 ARG 235 -0.34 SER 318
LYS 2 0.13 ASN 236 -0.33 ALA 12
LYS 2 0.12 THR 237 -0.30 THR 28
LYS 2 0.14 LEU 238 -0.27 SER 318
LYS 2 0.19 ALA 239 -0.28 SER 318
LYS 2 0.18 ALA 240 -0.28 THR 28
LYS 2 0.16 MET 241 -0.25 THR 28
LYS 2 0.20 LEU 242 -0.22 SER 318
LYS 2 0.23 ILE 243 -0.23 THR 28
LYS 2 0.20 ARG 244 -0.24 THR 28
LYS 2 0.20 GLU 245 -0.21 THR 28
LYS 2 0.24 LEU 246 -0.19 THR 28
LYS 2 0.25 ARG 247 -0.20 THR 28
LYS 2 0.23 ALA 248 -0.19 THR 28
LYS 2 0.23 ALA 249 -0.17 THR 28
LYS 2 0.26 LEU 250 -0.16 THR 28
LYS 2 0.26 GLU 251 -0.17 THR 28
LYS 2 0.23 LEU 252 -0.16 THR 28
LYS 2 0.24 PHE 253 -0.14 THR 28
LYS 2 0.26 GLU 254 -0.14 THR 28
LYS 2 0.24 GLN 255 -0.14 THR 28
ILE 306 0.27 GLU 256 -0.13 THR 28
GLN 295 0.32 GLY 257 -0.12 ALA 144
ILE 306 0.23 LEU 258 -0.17 ALA 145
ILE 306 0.29 ALA 259 -0.15 ALA 144
ILE 305 0.25 PRO 260 -0.12 THR 28
ILE 306 0.22 TYR 261 -0.12 THR 28
ILE 306 0.26 LEU 262 -0.12 ALA 144
ILE 305 0.24 SER 263 -0.10 THR 28
ILE 305 0.18 ARG 264 -0.11 THR 28
GLY 291 0.23 TRP 265 -0.11 THR 28
ARG 290 0.19 GLU 266 -0.12 GLN 221
GLU 159 0.16 LYS 267 -0.09 THR 28
LYS 2 0.12 LEU 268 -0.11 ALA 12
LYS 2 0.11 ASP 269 -0.13 GLN 221
GLY 281 0.09 ASN 270 -0.15 GLN 221
GLY 281 0.09 PHE 271 -0.25 GLN 221
ARG 274 0.11 ILE 272 -0.24 GLN 221
SER 318 0.13 ASN 273 -0.29 GLN 221
SER 318 0.14 ARG 274 -0.39 GLN 221
SER 318 0.19 PRO 275 -0.53 GLN 221
GLY 196 0.09 VAL 276 -0.59 GLN 221
ALA 144 0.12 LYS 277 -0.61 GLN 221
ALA 144 0.13 LEU 278 -0.43 GLN 221
ALA 144 0.15 ILE 279 -0.41 LYS 122
ALA 144 0.21 ILE 280 -0.32 GLY 120
ALA 144 0.20 GLY 281 -0.36 GLY 120
THR 195 0.18 ASP 282 -0.59 GLY 120
GLY 196 0.21 LYS 283 -0.47 SER 217
GLY 196 0.17 GLU 284 -0.56 SER 217
GLY 196 0.17 ILE 285 -0.49 ASN 220
GLY 196 0.14 PHE 286 -0.55 ASN 220
ALA 259 0.14 GLY 287 -0.50 GLN 221
ALA 259 0.13 ILE 288 -0.45 GLN 221
ALA 259 0.15 SER 289 -0.35 GLN 221
SER 263 0.20 ARG 290 -0.25 GLN 221
TRP 265 0.23 GLY 291 -0.18 GLN 221
ILE 306 0.19 ILE 292 -0.16 GLN 221
ILE 306 0.27 ASP 293 -0.14 GLN 221
ILE 306 0.29 LYS 294 -0.11 GLN 221
GLY 257 0.32 GLN 295 -0.10 GLN 221
GLY 257 0.28 GLY 296 -0.11 GLN 221
GLY 257 0.22 ALA 297 -0.14 GLN 221
GLY 257 0.18 LEU 298 -0.20 GLN 221
GLY 257 0.21 LEU 299 -0.23 GLN 221
ALA 259 0.19 LEU 300 -0.34 GLN 221
ALA 259 0.21 GLU 301 -0.36 GLN 221
ALA 259 0.18 GLN 302 -0.44 ASN 220
ALA 259 0.21 ASP 303 -0.45 ASN 220
ALA 259 0.26 GLY 304 -0.37 ASN 220
ALA 259 0.29 ILE 305 -0.33 ASN 220
ALA 259 0.29 ILE 306 -0.29 GLN 221
LYS 294 0.28 LYS 307 -0.27 GLN 221
GLY 257 0.26 PRO 308 -0.23 GLN 221
GLY 257 0.20 TRP 309 -0.22 GLN 221
ALA 144 0.22 MET 310 -0.19 GLU 190
ALA 144 0.22 GLY 311 -0.26 GLU 190
GLY 281 0.18 GLY 312 -0.25 GLY 117
GLY 281 0.14 GLU 313 -0.35 GLY 117
GLY 281 0.13 ILE 314 -0.34 GLN 221
GLY 281 0.11 SER 315 -0.56 GLN 221
GLY 281 0.11 LEU 316 -0.72 GLN 221
GLY 196 0.09 ARG 317 -0.92 GLN 221
PRO 275 0.19 SER 318 -1.29 GLN 221

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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: december 26th, 2025.