CNRS Nantes University US2B US2B
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Should you encounter any unexpected behaviour,
please let us know.
 elNémo has been hacked on november 27th.
It has been moved away and runs again.
**Still some additional cleaning from time to time**
Sorry for the inconvenience.


***    ***

CA distance fluctuations for 260129101346375758

---  normal mode 9  ---

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 206 0.84 GLN 21 -0.07 GLY 190
GLY 206 0.62 LEU 22 -0.08 CYS 114
GLY 206 0.59 VAL 23 -0.06 GLY 62
GLY 206 0.46 GLN 24 -0.09 GLY 62
GLU 230 0.45 SER 25 -0.10 GLY 147
GLU 230 0.50 GLY 26 -0.10 GLY 147
GLU 230 0.49 ALA 27 -0.12 GLY 147
GLY 135 0.51 GLU 28 -0.16 GLY 147
GLY 135 0.55 VAL 29 -0.19 GLY 147
GLY 135 0.34 LYS 30 -0.24 GLY 147
GLY 190 0.30 LYS 31 -0.29 GLY 147
GLY 190 0.28 PRO 32 -0.37 GLY 147
GLY 190 0.24 GLY 33 -0.37 GLY 147
GLY 190 0.24 SER 34 -0.30 GLY 147
GLU 230 0.24 SER 35 -0.28 GLY 147
GLU 230 0.29 VAL 36 -0.22 GLY 147
GLU 230 0.30 LYS 37 -0.19 GLY 147
GLU 230 0.34 VAL 38 -0.14 GLY 147
GLY 206 0.39 SER 39 -0.11 GLY 147
GLY 206 0.46 CYS 40 -0.08 GLY 147
GLY 206 0.55 LYS 41 -0.07 GLY 147
GLY 206 0.62 ALA 42 -0.05 GLY 62
GLY 206 0.73 SER 43 -0.08 PHE 47
GLY 206 0.81 GLY 44 -0.08 GLY 190
SER 205 0.63 TYR 45 -0.07 GLY 190
GLY 206 0.49 THR 46 -0.06 SER 43
GLY 206 0.47 PHE 47 -0.08 SER 43
GLY 206 0.37 THR 48 -0.05 SER 149
GLY 206 0.32 THR 49 -0.05 GLY 62
GLY 206 0.31 TYR 50 -0.06 TYR 51
GLY 206 0.26 TYR 51 -0.07 GLN 249
GLY 206 0.30 LEU 52 -0.08 GLN 249
GLY 206 0.23 HIS 53 -0.11 GLN 249
GLU 230 0.22 TRP 54 -0.15 GLN 249
GLU 230 0.19 VAL 55 -0.17 GLN 249
GLU 230 0.20 ARG 56 -0.21 GLN 249
PRO 189 0.22 GLN 57 -0.21 GLN 249
PRO 189 0.26 ALA 58 -0.30 SER 158
PRO 189 0.34 PRO 59 -0.26 SER 159
GLY 143 0.16 GLY 60 -0.38 SER 159
PRO 189 0.16 GLN 61 -0.41 SER 158
GLY 145 0.17 GLY 62 -0.28 THR 251
PRO 189 0.14 LEU 63 -0.24 GLN 249
PRO 189 0.14 GLU 64 -0.31 GLN 249
GLU 230 0.12 TRP 65 -0.21 GLN 249
GLU 230 0.14 MET 66 -0.19 GLN 249
GLY 206 0.15 GLY 67 -0.16 MET 153
GLY 206 0.20 TRP 68 -0.11 GLN 249
GLY 206 0.24 ILE 69 -0.12 THR 242
GLY 206 0.25 TYR 70 -0.10 THR 242
GLY 206 0.32 PRO 71 -0.09 SER 149
GLY 206 0.29 GLY 72 -0.08 THR 242
GLY 206 0.24 ASN 73 -0.11 SER 149
GLY 206 0.26 VAL 74 -0.14 SER 149
GLY 206 0.20 HIS 75 -0.15 THR 242
GLY 206 0.20 ALA 76 -0.17 SER 149
GLY 206 0.15 GLN 77 -0.19 SER 149
GLY 206 0.13 TYR 78 -0.26 SER 149
PRO 189 0.11 ASN 79 -0.26 SER 149
PRO 189 0.11 GLU 80 -0.47 SER 149
PRO 189 0.13 LYS 81 -0.55 GLY 147
GLY 190 0.15 PHE 82 -0.36 GLY 147
GLY 190 0.15 LYS 83 -0.39 SER 149
GLY 190 0.16 GLY 84 -0.35 SER 149
GLY 190 0.18 ARG 85 -0.35 GLY 147
GLU 230 0.18 VAL 86 -0.27 SER 149
GLY 206 0.21 THR 87 -0.23 SER 149
GLY 206 0.25 ILE 88 -0.18 SER 149
GLY 206 0.29 THR 89 -0.17 SER 149
GLY 206 0.35 ALA 90 -0.13 SER 149
GLY 206 0.38 ASP 91 -0.13 SER 149
GLY 206 0.41 LYS 92 -0.09 SER 149
GLY 206 0.44 SER 93 -0.09 SER 149
GLY 206 0.49 THR 94 -0.08 SER 149
GLY 206 0.50 SER 95 -0.07 SER 149
GLY 206 0.46 THR 96 -0.09 SER 149
GLY 206 0.39 ALA 97 -0.10 SER 149
GLY 206 0.34 TYR 98 -0.14 SER 149
GLY 206 0.28 MET 99 -0.16 GLY 147
GLY 206 0.25 GLU 100 -0.21 GLY 147
GLU 230 0.22 LEU 101 -0.27 GLY 147
GLY 190 0.20 SER 102 -0.32 GLY 147
GLY 190 0.21 SER 103 -0.40 GLY 147
GLY 190 0.25 LEU 104 -0.38 GLY 147
GLY 190 0.25 ARG 105 -0.40 GLY 147
GLY 190 0.28 SER 106 -0.35 SER 158
GLY 190 0.25 GLU 107 -0.39 SER 158
GLY 190 0.28 ASP 108 -0.31 GLN 249
GLY 190 0.38 THR 109 -0.26 SER 158
GLY 190 0.40 ALA 110 -0.21 SER 158
GLY 190 0.40 VAL 111 -0.13 GLN 249
GLU 230 0.30 TYR 112 -0.14 GLN 249
GLU 230 0.30 TYR 113 -0.13 GLY 62
GLY 206 0.32 CYS 114 -0.10 GLY 62
GLY 206 0.31 ALA 115 -0.11 GLY 62
GLY 206 0.34 ARG 116 -0.08 GLY 62
GLY 206 0.21 SER 117 -0.07 GLY 62
GLU 119 0.16 TRP 118 -0.10 LYS 191
TRP 118 0.16 GLU 119 -0.08 LYS 191
GLN 21 0.13 GLY 120 -0.09 GLY 62
VAL 207 0.17 PHE 121 -0.09 LYS 191
TYR 204 0.32 PRO 122 -0.15 LYS 191
VAL 207 0.46 TYR 123 -0.14 LYS 191
VAL 207 0.40 TRP 124 -0.11 ALA 192
GLY 206 0.47 GLY 125 -0.09 GLY 62
GLU 230 0.56 GLN 126 -0.08 GLY 62
GLU 230 0.46 GLY 127 -0.10 GLY 62
GLU 230 0.43 THR 128 -0.10 GLY 62
GLY 190 0.53 THR 129 -0.09 GLY 147
GLY 190 0.42 VAL 130 -0.15 GLY 147
GLY 190 0.47 THR 131 -0.18 SER 158
GLY 190 0.36 VAL 132 -0.25 GLY 147
GLY 190 0.39 SER 133 -0.27 GLY 147
GLY 190 0.34 SER 134 -0.35 GLY 147
VAL 29 0.55 GLY 135 -0.32 GLY 147
GLY 190 0.49 GLY 136 -0.45 GLY 147
GLY 190 0.44 GLY 137 -0.43 GLY 147
GLY 190 0.45 GLY 138 -0.29 SER 158
GLY 190 0.32 SER 139 -0.34 SER 158
GLY 190 0.23 GLY 140 -0.46 SER 158
GLY 190 0.19 GLY 141 -0.50 SER 158
GLY 190 0.15 GLY 142 -0.54 SER 158
PRO 189 0.16 GLY 143 -0.54 SER 158
PRO 189 0.14 SER 144 -0.51 GLN 249
GLY 62 0.17 GLY 145 -0.41 THR 154
PRO 189 0.12 GLY 146 -0.37 LYS 81
PRO 189 0.12 GLY 147 -0.55 LYS 81
GLY 62 0.16 GLY 148 -0.43 GLY 136
GLY 62 0.11 SER 149 -0.47 GLU 80
GLY 62 0.13 ASP 150 -0.41 GLU 80
PRO 189 0.10 ILE 151 -0.34 GLU 80
PHE 247 0.13 GLN 152 -0.33 LYS 81
SER 175 0.13 MET 153 -0.39 GLY 145
PRO 189 0.10 THR 154 -0.45 GLY 143
GLN 21 0.11 GLN 155 -0.46 GLY 143
GLN 21 0.13 SER 156 -0.46 GLY 143
GLN 21 0.12 PRO 157 -0.48 GLY 143
ASP 219 0.08 SER 158 -0.54 GLY 143
GLN 21 0.10 SER 159 -0.46 GLY 142
GLN 21 0.16 LEU 160 -0.37 GLY 142
GLN 21 0.18 SER 161 -0.32 GLY 142
GLN 21 0.25 ALA 162 -0.26 GLY 143
GLN 21 0.30 SER 163 -0.20 GLY 143
GLN 21 0.37 VAL 164 -0.15 GLY 143
GLN 21 0.40 GLY 165 -0.16 GLY 143
GLN 21 0.34 ASP 166 -0.22 GLY 143
GLN 21 0.35 ARG 167 -0.23 GLY 143
GLN 21 0.30 VAL 168 -0.27 GLY 143
GLN 21 0.27 THR 169 -0.29 GLY 143
GLN 21 0.21 ILE 170 -0.34 GLY 143
GLN 21 0.19 THR 171 -0.33 GLY 143
GLN 21 0.14 CYS 172 -0.33 GLY 143
GLN 21 0.12 LYS 173 -0.31 GLY 142
GLN 21 0.10 ALA 174 -0.29 LYS 81
MET 153 0.13 SER 175 -0.31 LYS 81
GLU 119 0.08 GLN 176 -0.29 GLU 80
GLY 44 0.09 ASN 177 -0.25 GLU 80
GLU 119 0.11 VAL 178 -0.22 GLU 80
GLY 44 0.13 GLY 179 -0.18 GLU 80
GLY 44 0.18 ILE 180 -0.14 GLU 80
GLY 44 0.14 ASN 181 -0.13 GLU 80
GLN 21 0.16 VAL 182 -0.16 GLN 239
GLN 21 0.21 ALA 183 -0.13 GLY 142
GLN 21 0.26 TRP 184 -0.16 GLY 142
GLN 21 0.25 TYR 185 -0.16 GLY 62
GLN 126 0.34 GLN 186 -0.13 GLY 62
GLN 126 0.30 GLN 187 -0.11 SER 195
THR 129 0.37 LYS 188 -0.16 GLY 206
GLY 136 0.41 PRO 189 -0.14 GLY 206
THR 129 0.53 GLY 190 -0.12 PRO 122
THR 129 0.51 LYS 191 -0.15 PRO 122
GLU 230 0.41 ALA 192 -0.13 TYR 123
GLY 127 0.33 PRO 193 -0.11 PRO 122
GLN 126 0.47 LYS 194 -0.15 LYS 188
TYR 123 0.42 SER 195 -0.13 LYS 188
GLN 21 0.42 LEU 196 -0.13 GLY 62
GLN 21 0.36 ILE 197 -0.12 GLY 62
GLN 21 0.27 SER 198 -0.11 ARG 203
GLY 44 0.23 SER 199 -0.12 GLY 142
GLY 44 0.24 ALA 200 -0.15 GLY 142
GLY 44 0.31 SER 201 -0.15 SER 209
GLY 44 0.38 TYR 202 -0.13 ARG 203
GLY 44 0.46 ARG 203 -0.13 TYR 202
GLN 21 0.56 TYR 204 -0.13 LYS 188
GLY 44 0.76 SER 205 -0.15 LYS 188
GLN 21 0.84 GLY 206 -0.16 LYS 188
GLN 21 0.71 VAL 207 -0.12 LYS 188
GLN 21 0.62 PRO 208 -0.12 GLY 215
GLY 44 0.55 SER 209 -0.18 GLY 215
GLN 21 0.50 ARG 210 -0.18 GLY 215
GLN 21 0.46 PHE 211 -0.14 GLY 143
GLN 21 0.39 SER 212 -0.24 GLY 213
GLN 21 0.30 GLY 213 -0.24 SER 212
GLY 44 0.26 SER 214 -0.26 GLY 215
GLY 44 0.21 GLY 215 -0.26 SER 214
GLY 44 0.18 SER 216 -0.18 GLU 80
GLY 44 0.14 GLY 217 -0.21 GLU 80
GLY 44 0.12 THR 218 -0.24 LYS 81
GLY 44 0.15 ASP 219 -0.25 GLY 142
GLY 44 0.18 PHE 220 -0.25 THR 221
GLN 21 0.23 THR 221 -0.26 GLY 142
GLN 21 0.28 LEU 222 -0.23 GLY 142
GLN 21 0.34 THR 223 -0.22 GLY 143
GLN 21 0.40 ILE 224 -0.18 GLY 143
GLN 21 0.40 SER 225 -0.20 GLY 215
GLN 21 0.43 SER 226 -0.16 GLY 143
GLN 21 0.42 LEU 227 -0.16 GLY 143
GLN 21 0.47 GLN 228 -0.10 GLY 215
GLN 126 0.45 PRO 229 -0.08 THR 171
GLN 126 0.56 GLU 230 -0.10 PRO 208
GLN 126 0.44 ASP 231 -0.10 PRO 208
GLN 126 0.33 PHE 232 -0.11 GLY 60
GLN 126 0.26 ALA 233 -0.13 GLY 60
GLN 126 0.16 THR 234 -0.20 GLN 61
GLN 126 0.20 TYR 235 -0.20 GLY 142
GLN 21 0.13 PHE 236 -0.23 GLY 62
GLN 21 0.15 CYS 237 -0.22 GLY 142
GLN 21 0.10 GLN 238 -0.17 GLY 142
GLN 21 0.09 GLN 239 -0.16 VAL 182
PHE 121 0.09 TYR 240 -0.12 GLY 137
TRP 118 0.10 ASP 241 -0.14 GLU 80
SER 149 0.09 THR 242 -0.25 TYR 243
GLY 146 0.09 TYR 243 -0.25 THR 242
GLY 146 0.12 PRO 244 -0.20 TYR 78
ASP 150 0.10 PHE 245 -0.15 GLY 137
PRO 189 0.10 THR 246 -0.20 GLU 107
GLN 152 0.13 PHE 247 -0.22 GLU 107
PRO 189 0.11 GLY 248 -0.32 GLY 142
PRO 189 0.14 GLN 249 -0.51 SER 144
PRO 189 0.14 GLY 250 -0.35 GLY 142
GLN 21 0.12 THR 251 -0.37 GLY 142
GLN 21 0.11 LYS 252 -0.33 GLN 61
GLN 21 0.19 VAL 253 -0.26 GLY 142
GLN 21 0.17 GLU 254 -0.24 GLY 60

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).
Between 2015 and 2025, it was hosted by US2B (Nantes).
Last modification: december 26th, 2025.