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***  DNA polimerase pura  ***

CA distance fluctuations for 2610141424171094841

---  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 increasereflargest decrease
THR 304 0.06 GLU 9 -0.22 LYS 148
THR 304 0.06 THR 10 -0.20 ASN 98
THR 304 0.08 LEU 11 -0.16 ASN 98
THR 304 0.09 ASN 12 -0.16 ASN 98
THR 304 0.11 GLY 13 -0.21 ASN 98
GLU 288 0.15 GLY 14 -0.18 ASN 98
THR 304 0.15 ILE 15 -0.15 ASN 98
THR 304 0.13 THR 16 -0.21 ASN 98
THR 304 0.16 ASP 17 -0.25 ASN 98
GLU 288 0.19 MET 18 -0.19 ASN 98
THR 304 0.17 LEU 19 -0.20 ASN 98
THR 304 0.18 VAL 20 -0.28 ASN 98
THR 304 0.23 GLU 21 -0.31 SER 94
THR 304 0.23 LEU 22 -0.23 SER 94
THR 304 0.21 ALA 23 -0.26 SER 94
THR 304 0.24 ASN 24 -0.37 SER 94
THR 304 0.28 PHE 25 -0.37 SER 94
THR 304 0.26 GLU 26 -0.26 SER 94
THR 304 0.25 LYS 27 -0.32 SER 94
THR 304 0.31 ASN 28 -0.45 SER 94
THR 304 0.34 VAL 29 -0.40 SER 94
THR 304 0.31 SER 30 -0.24 SER 94
THR 304 0.27 GLN 31 -0.25 PRO 108
THR 304 0.22 ALA 32 -0.20 PRO 108
THR 304 0.18 ILE 33 -0.25 PRO 108
THR 304 0.16 HIS 34 -0.19 PRO 108
THR 304 0.18 LYS 35 -0.16 PRO 108
THR 304 0.18 TYR 36 -0.23 SER 94
THR 304 0.13 ASN 37 -0.24 PRO 108
THR 304 0.13 ALA 38 -0.18 PRO 108
THR 304 0.15 TYR 39 -0.18 ASN 98
THR 304 0.13 ARG 40 -0.24 ASN 98
THR 304 0.08 LYS 41 -0.21 PRO 108
THR 304 0.10 ALA 42 -0.17 ASN 98
THR 304 0.10 ALA 43 -0.22 ASN 98
THR 304 0.05 SER 44 -0.23 ASN 98
THR 304 0.05 VAL 45 -0.18 PRO 108
THR 304 0.07 ILE 46 -0.17 ASN 98
THR 304 0.05 ALA 47 -0.21 ASN 98
GLU 9 0.02 LYS 48 -0.20 ASN 98
THR 304 0.03 TYR 49 -0.17 ASN 98
GLU 9 0.02 PRO 50 -0.16 ASN 98
THR 304 0.04 HIS 51 -0.13 ASN 98
THR 304 0.07 LYS 52 -0.12 ASN 98
THR 304 0.09 ILE 53 -0.10 ASN 98
THR 304 0.10 LYS 54 -0.07 PRO 108
THR 304 0.12 SER 55 -0.05 PRO 108
THR 304 0.12 GLY 56 -0.06 PRO 108
THR 304 0.11 ALA 57 -0.04 PRO 108
THR 304 0.09 GLU 58 -0.06 PRO 108
THR 304 0.09 ALA 59 -0.09 PRO 108
THR 304 0.10 LYS 60 -0.07 PRO 108
THR 304 0.07 LYS 61 -0.08 PRO 108
THR 304 0.06 LEU 62 -0.11 PRO 108
THR 304 0.05 PRO 63 -0.13 PRO 108
THR 304 0.07 GLY 64 -0.14 PRO 108
THR 304 0.10 VAL 65 -0.12 PRO 108
THR 304 0.11 GLY 66 -0.09 PRO 108
THR 304 0.13 THR 67 -0.05 PRO 108
THR 304 0.16 LYS 68 -0.04 PRO 108
THR 304 0.15 ILE 69 -0.08 PRO 108
THR 304 0.14 ALA 70 -0.06 PRO 108
THR 304 0.17 GLU 71 -0.02 ILE 88
THR 304 0.19 LYS 72 -0.04 SER 94
THR 304 0.16 ILE 73 -0.07 SER 94
GLU 288 0.17 ASP 74 -0.04 ILE 88
ASN 281 0.20 GLU 75 -0.04 ILE 88
GLU 288 0.20 PHE 76 -0.07 ILE 88
GLU 288 0.18 LEU 77 -0.06 ILE 88
ASN 281 0.21 ALA 78 -0.04 ILE 88
ILE 277 0.26 THR 79 -0.04 ILE 88
ASN 281 0.26 GLY 80 -0.07 ILE 88
ASN 281 0.27 LYS 81 -0.08 ILE 88
ASN 281 0.26 LEU 82 -0.06 ILE 88
ILE 277 0.29 ARG 83 -0.03 LEU 85
ALA 284 0.27 LYS 84 -0.04 LEU 85
ALA 284 0.28 LEU 85 -0.06 ASP 91
ILE 277 0.34 GLU 86 -0.07 LYS 87
LYS 280 0.34 LYS 87 -0.08 GLU 21
LYS 280 0.37 ILE 88 -0.17 GLU 21
ILE 277 0.43 ARG 89 -0.13 ASP 17
ILE 277 0.39 GLN 90 -0.15 GLU 21
LYS 280 0.36 ASP 91 -0.29 PHE 25
LYS 280 0.32 ASP 92 -0.25 VAL 29
LYS 280 0.31 THR 93 -0.33 ASN 28
LYS 280 0.36 SER 94 -0.45 ASN 28
ILE 277 0.36 SER 95 -0.34 ASN 28
ASP 276 0.31 SER 96 -0.32 ASN 28
ASP 276 0.33 ILE 97 -0.39 ASN 28
ASP 276 0.38 ASN 98 -0.37 ASN 28
ASP 276 0.31 PHE 99 -0.31 ASN 28
ASP 276 0.28 LEU 100 -0.30 ASN 28
ASP 276 0.31 THR 101 -0.33 ASN 28
ASP 276 0.28 ARG 102 -0.29 ASN 28
ASP 276 0.21 VAL 103 -0.26 ASN 28
ASP 276 0.16 THR 104 -0.24 ASN 28
ASN 294 0.15 GLY 105 -0.25 ASN 28
ASP 276 0.21 ILE 106 -0.28 ASN 28
ASN 294 0.27 GLY 107 -0.32 ASN 28
ASN 294 0.32 PRO 108 -0.38 ASN 28
VAL 306 0.28 SER 109 -0.35 ASN 28
ASN 294 0.23 ALA 110 -0.31 ASN 28
ASP 276 0.25 ALA 111 -0.33 ASN 28
GLY 305 0.28 ARG 112 -0.36 ASN 28
GLY 305 0.25 LYS 113 -0.30 ASN 28
GLY 305 0.22 LEU 114 -0.27 ASN 28
LYS 280 0.24 VAL 115 -0.29 ASN 28
GLY 305 0.26 ASP 116 -0.27 ASN 28
GLY 305 0.22 GLU 117 -0.23 ASN 28
GLY 305 0.22 GLY 118 -0.22 ASN 28
LYS 280 0.21 ILE 119 -0.24 ASN 28
ASP 276 0.25 LYS 120 -0.26 ASN 28
ASP 276 0.23 THR 121 -0.24 ASN 28
ASP 276 0.20 LEU 122 -0.23 ASN 28
ASP 276 0.18 GLU 123 -0.20 ASN 28
ASP 276 0.18 ASP 124 -0.20 ASN 28
ASP 276 0.17 LEU 125 -0.22 ASN 28
ASP 276 0.14 ARG 126 -0.19 ASN 28
GLY 305 0.14 LYS 127 -0.18 ASN 28
GLY 305 0.15 ASN 128 -0.20 ASN 28
GLY 305 0.13 GLU 129 -0.20 ASN 28
GLY 305 0.13 ASP 130 -0.20 ASN 28
GLY 305 0.16 LYS 131 -0.22 ASN 28
GLY 305 0.14 LEU 132 -0.23 ASN 28
GLY 305 0.12 ASN 133 -0.22 ASN 28
GLY 305 0.09 HIS 134 -0.20 ASN 28
VAL 306 0.10 HIS 135 -0.21 ASN 28
ASP 276 0.13 GLN 136 -0.23 ASN 28
ASP 276 0.11 ARG 137 -0.22 ASN 28
ASP 276 0.09 ILE 138 -0.21 ASN 28
ASP 276 0.13 GLY 139 -0.22 ASN 28
ASP 276 0.14 LEU 140 -0.23 ASN 28
ASP 276 0.11 LYS 141 -0.21 ASN 28
ASP 276 0.11 TYR 142 -0.20 ASN 28
ASP 276 0.14 PHE 143 -0.22 ASN 28
ASP 276 0.13 GLU 144 -0.20 ASN 28
ASP 276 0.10 ASP 145 -0.20 GLU 9
ASP 276 0.12 PHE 146 -0.20 GLU 9
ASP 276 0.14 GLU 147 -0.22 GLU 9
THR 79 0.10 LYS 148 -0.22 GLU 9
ARG 83 0.12 ARG 149 -0.21 GLU 9
THR 79 0.11 ILE 150 -0.20 GLU 9
THR 79 0.11 PRO 151 -0.19 GLU 9
THR 79 0.11 ARG 152 -0.17 GLU 9
THR 79 0.09 GLU 153 -0.17 GLU 9
THR 79 0.09 GLU 154 -0.17 GLU 9
ARG 83 0.10 MET 155 -0.16 GLU 9
THR 79 0.10 LEU 156 -0.15 GLU 9
THR 79 0.08 GLN 157 -0.15 GLU 9
ARG 83 0.08 MET 158 -0.15 GLU 9
ARG 83 0.10 GLN 159 -0.14 GLU 9
ARG 83 0.09 ASP 160 -0.13 GLU 9
ARG 83 0.08 ILE 161 -0.13 GLU 9
PRO 108 0.09 VAL 162 -0.13 GLU 9
PRO 108 0.10 LEU 163 -0.12 GLU 9
PRO 108 0.08 ASN 164 -0.12 GLU 9
PRO 108 0.08 GLU 165 -0.12 GLU 9
PRO 108 0.09 VAL 166 -0.11 GLU 9
PRO 108 0.09 LYS 167 -0.10 GLU 9
PRO 108 0.07 LYS 168 -0.11 GLU 9
PRO 108 0.08 LEU 169 -0.10 GLU 9
PRO 108 0.09 ASP 170 -0.10 LYS 48
PRO 108 0.10 PRO 171 -0.09 LYS 48
PRO 108 0.11 GLU 172 -0.09 LYS 48
PRO 108 0.12 TYR 173 -0.10 LYS 48
PRO 108 0.13 ILE 174 -0.10 LYS 48
PRO 108 0.12 ALA 175 -0.11 LYS 48
ASN 98 0.14 THR 176 -0.11 LYS 48
ASN 98 0.14 VAL 177 -0.13 GLU 9
ASN 98 0.18 CYS 178 -0.13 LYS 48
ASN 98 0.21 GLY 179 -0.14 LYS 48
ARG 89 0.21 SER 180 -0.15 GLU 9
GLN 90 0.16 PHE 181 -0.15 GLU 9
ARG 89 0.18 ARG 182 -0.13 GLU 9
ARG 89 0.22 ARG 183 -0.12 LYS 48
ARG 89 0.18 GLY 184 -0.14 GLU 9
ARG 89 0.17 ALA 185 -0.16 GLU 9
GLN 90 0.14 GLU 186 -0.18 GLU 9
GLN 90 0.14 SER 187 -0.19 GLU 9
GLN 90 0.16 SER 188 -0.18 GLU 9
ARG 102 0.17 GLY 189 -0.19 GLU 9
ARG 102 0.17 ASP 190 -0.17 GLU 9
ARG 102 0.14 MET 191 -0.15 GLU 9
ASN 98 0.17 ASP 192 -0.14 GLU 9
ASN 98 0.15 VAL 193 -0.13 GLU 9
PRO 108 0.17 LEU 194 -0.12 LYS 48
PRO 108 0.15 LEU 195 -0.11 LYS 48
PRO 108 0.15 THR 196 -0.10 LYS 48
PRO 108 0.13 HIS 197 -0.09 LYS 48
PRO 108 0.13 PRO 198 -0.09 LYS 48
PRO 108 0.12 ASN 199 -0.09 LYS 48
PRO 108 0.14 PHE 200 -0.09 LYS 48
PRO 108 0.16 THR 201 -0.09 LYS 48
PRO 108 0.18 SER 202 -0.09 LYS 48
PRO 108 0.16 GLU 203 -0.08 LYS 48
PRO 108 0.14 SER 204 -0.09 LYS 48
PRO 108 0.13 SER 205 -0.10 LYS 48
PRO 108 0.14 LYS 206 -0.10 LYS 48
PRO 108 0.13 GLN 207 -0.10 LYS 48
PRO 108 0.12 PRO 208 -0.11 LYS 48
PRO 108 0.10 LYS 209 -0.11 LYS 48
PRO 108 0.11 LEU 210 -0.11 LYS 48
PRO 108 0.12 LEU 211 -0.11 LYS 48
PRO 108 0.10 HIS 212 -0.12 GLU 9
PRO 108 0.08 ARG 213 -0.11 GLU 9
PRO 108 0.09 VAL 214 -0.12 GLU 9
GLY 107 0.09 VAL 215 -0.13 GLU 9
GLY 107 0.06 GLU 216 -0.13 GLU 9
GLY 107 0.06 GLN 217 -0.12 GLU 9
GLY 107 0.07 LEU 218 -0.13 GLU 9
GLY 107 0.05 GLN 219 -0.14 GLU 9
THR 79 0.04 LYS 220 -0.13 GLU 9
THR 79 0.05 VAL 221 -0.13 GLU 9
THR 79 0.04 ARG 222 -0.14 GLU 9
THR 79 0.06 PHE 223 -0.15 GLU 9
ARG 83 0.06 ILE 224 -0.15 GLU 9
THR 79 0.05 THR 225 -0.16 ASN 28
ARG 83 0.05 ASP 226 -0.17 ASN 28
ARG 83 0.06 THR 227 -0.17 ASN 28
GLY 107 0.08 LEU 228 -0.18 ASN 28
GLY 107 0.11 SER 229 -0.16 ASN 28
GLY 107 0.10 LYS 230 -0.14 ASN 28
GLY 107 0.13 GLY 231 -0.13 SER 44
PRO 108 0.14 GLU 232 -0.12 LYS 48
PRO 108 0.17 THR 233 -0.12 LYS 48
GLY 107 0.18 LYS 234 -0.13 LYS 48
GLY 107 0.14 PHE 235 -0.13 GLU 9
GLY 107 0.14 MET 236 -0.15 GLU 9
GLY 107 0.09 GLY 237 -0.15 ASN 28
ARG 83 0.07 VAL 238 -0.16 GLU 9
ARG 83 0.07 CYS 239 -0.16 GLU 9
THR 79 0.06 GLN 240 -0.17 GLU 9
THR 79 0.06 LEU 241 -0.16 GLU 9
THR 79 0.05 PRO 242 -0.16 GLU 9
THR 79 0.04 SER 243 -0.16 GLU 9
THR 79 0.03 GLU 244 -0.16 GLU 9
ASP 276 0.03 ASN 245 -0.17 GLU 9
ASP 276 0.04 GLU 249 -0.18 GLU 9
THR 79 0.06 TYR 250 -0.18 GLU 9
THR 79 0.06 PRO 251 -0.19 GLU 9
THR 79 0.07 HIS 252 -0.18 GLU 9
ARG 83 0.08 ARG 253 -0.18 GLU 9
ARG 102 0.11 ARG 254 -0.17 GLU 9
THR 101 0.12 ILE 255 -0.16 GLU 9
GLY 107 0.15 ASP 256 -0.14 GLU 9
GLY 107 0.15 ILE 257 -0.13 GLU 9
GLY 107 0.18 ARG 258 -0.12 LYS 48
PRO 108 0.17 LEU 259 -0.11 LYS 48
PRO 108 0.19 ILE 260 -0.11 LYS 48
PRO 108 0.18 PRO 261 -0.10 LYS 48
PRO 108 0.17 LYS 262 -0.09 LYS 48
PRO 108 0.18 ASP 263 -0.08 LYS 48
PRO 108 0.21 GLN 264 -0.09 LYS 48
PRO 108 0.20 TYR 265 -0.10 LYS 48
ARG 89 0.21 TYR 266 -0.09 LYS 48
ARG 89 0.24 CYS 267 -0.09 LYS 48
PRO 108 0.24 GLY 268 -0.10 LYS 48
ARG 89 0.21 VAL 269 -0.10 LYS 48
ARG 89 0.25 LEU 270 -0.10 LYS 48
ARG 89 0.28 TYR 271 -0.11 LYS 48
ASN 98 0.26 PHE 272 -0.12 LYS 48
ARG 89 0.24 THR 273 -0.12 LYS 48
ARG 89 0.29 GLY 274 -0.12 LYS 48
ARG 89 0.35 SER 275 -0.13 LYS 48
ARG 89 0.40 ASP 276 -0.13 LYS 48
ARG 89 0.43 ILE 277 -0.11 LYS 48
ARG 89 0.38 PHE 278 -0.09 LYS 48
ARG 89 0.36 ASN 279 -0.10 LYS 48
ARG 89 0.42 LYS 280 -0.09 LYS 48
ARG 89 0.41 ASN 281 -0.07 LYS 48
ARG 89 0.36 MET 282 -0.07 LYS 48
ARG 89 0.37 ARG 283 -0.07 LYS 48
ARG 89 0.39 ALA 284 -0.05 LYS 48
ARG 89 0.36 HIS 285 -0.04 LYS 48
ARG 89 0.34 ALA 286 -0.04 LYS 48
ARG 89 0.36 LEU 287 -0.03 LYS 48
ARG 89 0.36 GLU 288 -0.02 GLU 172
ARG 89 0.33 LYS 289 -0.02 GLU 172
ARG 89 0.32 GLY 290 -0.02 GLU 172
ARG 89 0.32 PHE 291 -0.03 LYS 48
ARG 89 0.32 THR 292 -0.05 LYS 48
ARG 89 0.32 ILE 293 -0.06 LYS 48
PRO 108 0.32 ASN 294 -0.08 LYS 48
PRO 108 0.30 GLU 295 -0.10 LYS 48
PRO 108 0.27 TYR 296 -0.09 LYS 48
PRO 108 0.26 THR 297 -0.07 LYS 48
ARG 89 0.27 ILE 298 -0.06 LYS 48
ARG 89 0.28 ARG 299 -0.05 LYS 48
ARG 89 0.29 PRO 300 -0.03 LYS 48
ARG 89 0.31 LEU 301 -0.02 GLU 172
ARG 89 0.30 GLY 302 -0.02 GLU 172
ARG 89 0.32 VAL 303 -0.02 GLU 172
ARG 89 0.34 THR 304 -0.01 GLU 172
ARG 89 0.35 GLY 305 -0.01 GLY 290
ARG 89 0.32 VAL 306 -0.02 LYS 48
ARG 89 0.29 ALA 307 -0.03 LYS 48
ARG 89 0.27 GLY 308 -0.04 LYS 48
ARG 89 0.25 GLU 309 -0.04 LYS 48
ARG 89 0.24 PRO 310 -0.05 LYS 48
ARG 89 0.23 LEU 311 -0.05 LYS 48
ARG 89 0.21 PRO 312 -0.05 LYS 48
ARG 89 0.21 VAL 313 -0.06 LYS 48
ARG 89 0.19 ASP 314 -0.07 LYS 48
ARG 89 0.20 SER 315 -0.07 LYS 48
ARG 89 0.22 GLU 316 -0.07 LYS 48
ARG 89 0.23 GLN 317 -0.06 LYS 48
ARG 89 0.23 ASP 318 -0.05 LYS 48
ARG 89 0.26 ILE 319 -0.06 LYS 48
ARG 89 0.27 PHE 320 -0.05 LYS 48
ARG 89 0.26 ASP 321 -0.04 PRO 171
ARG 89 0.27 TYR 322 -0.04 PRO 171
ARG 89 0.30 ILE 323 -0.03 LYS 48
ARG 89 0.28 GLN 324 -0.03 PRO 171
ARG 89 0.29 TRP 325 -0.04 LYS 48
ARG 89 0.27 ARG 326 -0.04 LYS 48
ARG 89 0.25 TYR 327 -0.06 LYS 48
ARG 89 0.27 ARG 328 -0.07 LYS 48
ARG 89 0.24 GLU 329 -0.08 LYS 48
ARG 89 0.23 PRO 330 -0.10 LYS 48
ARG 89 0.23 LYS 331 -0.11 LYS 48
ARG 89 0.27 ASP 332 -0.09 LYS 48
ARG 89 0.30 ARG 333 -0.10 LYS 48
ARG 89 0.35 SER 334 -0.11 LYS 48
ARG 89 0.39 GLU 335 -0.09 LYS 48

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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: april 24th, 2026.