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

* TRANSFERASE 17-JUL-00 1FBZ *

CA distance fluctuations for 23012414071194523

--- normal mode 8 ---

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
THR 304 0.16 GLU 1 -0.06 ASN 289

THR 304 0.16 PRO 2 -0.02 ASN 289

ALA 221 0.06 GLU 3 -0.03 ASN 289

ARG 217 0.03 PRO 4 -0.04 ASN 289

GLN 252 0.00 TRP 5 -0.03 ARG 300

PHE 7 0.00 PHE 6 -0.07 ARG 300

PHE 6 0.00 PHE 7 -0.13 THR 304

ASP 14 0.00 LYS 8 -0.17 THR 304

LEU 10 0.00 ASN 9 -0.25 THR 304

ASN 9 0.00 LEU 10 -0.20 THR 304

LYS 13 0.00 SER 11 -0.20 THR 304

SER 11 0.00 ARG 12 -0.16 THR 304

SER 11 0.00 LYS 13 -0.17 THR 304

ALA 15 0.00 ASP 14 -0.17 THR 304

ASP 14 0.00 ALA 15 -0.14 THR 304

GLN 18 0.00 GLU 16 -0.12 THR 304

GLU 16 0.00 ARG 17 -0.13 GLU 201

ASP 14 0.00 GLN 18 -0.12 GLU 201

ASP 14 0.00 LEU 19 -0.08 GLU 201

ASN 51 0.00 LEU 20 -0.08 GLU 201

PRO 22 0.00 ALA 21 -0.10 GLU 201

ALA 21 0.00 PRO 22 -0.08 GLU 201

ALA 21 0.00 GLY 23 -0.05 GLU 201

ALA 21 0.00 ASN 24 -0.03 GLU 201

GLN 250 0.00 THR 25 -0.01 GLU 201

ASN 289 0.02 HIS 26 -0.01 ASP 214

ASN 289 0.03 GLY 27 -0.00 ASP 214

GLN 250 0.00 SER 28 -0.01 THR 304

GLN 250 0.00 PHE 29 -0.03 THR 304

ASP 14 0.00 LEU 30 -0.05 THR 304

ASP 14 0.00 ILE 31 -0.07 THR 304

ASP 14 0.00 ARG 32 -0.13 THR 304

ARG 32 0.00 GLU 33 -0.16 THR 304

ALA 38 0.00 SER 34 -0.16 THR 304

THR 37 0.00 GLU 35 -0.19 THR 304

GLU 35 0.00 SER 36 -0.18 THR 304

GLU 35 0.00 THR 37 -0.18 THR 304

GLU 35 0.00 ALA 38 -0.20 ALA 221

SER 34 0.00 GLY 39 -0.18 ALA 221

PHE 41 0.00 SER 40 -0.13 ALA 221

SER 40 0.00 PHE 41 -0.10 THR 304

SER 11 0.00 CYS 42 -0.09 THR 304

SER 40 0.00 LEU 43 -0.06 THR 304

VAL 45 0.00 SER 44 -0.07 THR 304

ALA 290 0.00 VAL 45 -0.04 THR 304

VAL 56 0.00 ARG 46 -0.05 THR 304

ASN 289 0.01 ASP 47 -0.03 ASP 214

ASN 289 0.02 PHE 48 -0.03 ASP 214

ASN 289 0.01 ASP 49 -0.04 ASP 214

ASN 289 0.02 GLN 50 -0.04 ASP 214

ALA 290 0.00 ASN 51 -0.05 ASN 209

ASN 51 0.00 GLN 52 -0.06 ASN 209

ASN 51 0.00 GLY 53 -0.05 ASN 209

ASN 51 0.00 GLU 54 -0.05 THR 304

ASN 51 0.00 VAL 55 -0.07 THR 304

ASP 47 0.00 VAL 56 -0.08 THR 304

HIS 58 0.00 LYS 57 -0.07 THR 304

LYS 57 0.00 HIS 58 -0.08 THR 304

ASN 289 0.01 TYR 59 -0.06 ASP 214

ALA 290 0.01 LYS 60 -0.08 ASP 214

ASN 289 0.02 ILE 61 -0.06 ARG 217

ASN 289 0.02 ARG 62 -0.07 ARG 217

ASN 289 0.02 ASN 63 -0.06 ALA 221

ASN 289 0.05 LEU 64 -0.04 ARG 217

ASN 289 0.05 ASP 65 -0.04 ARG 217

ASN 289 0.07 ASN 66 -0.01 ARG 217

ASN 289 0.04 GLY 67 -0.02 ARG 217

SER 299 0.07 GLY 68 -0.00 ASN 63

ASN 289 0.05 PHE 69 -0.01 ARG 217

ASN 289 0.06 TYR 70 -0.02 ASP 214

ASN 289 0.05 ILE 71 -0.03 ASP 214

ASN 289 0.07 SER 72 -0.02 ASP 214

ASN 289 0.08 PRO 73 -0.02 ASP 214

ASN 289 0.11 ARG 74 -0.00 ASP 214

ASN 289 0.11 ILE 75 -0.00 ARG 74

ASN 289 0.10 THR 76 -0.00 TYR 70

SER 299 0.11 PHE 77 -0.00 GLU 82

SER 299 0.12 PRO 78 -0.00 ASN 66

GLY 223 0.10 GLY 79 -0.00 HIS 81

GLY 223 0.05 LEU 80 -0.00 GLY 79

GLY 223 0.11 HIS 81 -0.00 GLY 79

ARG 300 0.13 GLU 82 -0.00 GLY 79

ARG 300 0.08 LEU 83 -0.00 VAL 84

ARG 300 0.07 VAL 84 -0.00 LEU 83

ARG 300 0.12 ARG 85 -0.00 THR 88

ARG 300 0.11 HIS 86 -0.00 VAL 84

ASN 289 0.08 TYR 87 -0.00 ASN 89

ARG 300 0.09 THR 88 -0.00 ARG 85

ARG 300 0.11 ASN 89 -0.00 TYR 87

ASN 289 0.10 ALA 90 -0.00 ASN 89

ASN 289 0.08 SER 91 -0.00 ARG 97

ASN 289 0.09 ASP 92 -0.00 ASN 89

ASN 289 0.07 GLY 93 -0.01 ASP 214

ASN 289 0.06 LEU 94 -0.02 ASP 214

ASN 289 0.04 CYS 95 -0.03 ASP 214

ASN 289 0.05 THR 96 -0.01 ASP 214

ASN 289 0.06 ARG 97 -0.00 SER 91

ASN 289 0.05 LEU 98 -0.00 TYR 87

GLU 201 0.05 SER 99 -0.00 HIS 26

THR 304 0.04 ARG 100 -0.00 HIS 26

ALA 221 0.02 PRO 101 -0.00 ASN 289

PRO 101 0.00 CYS 102 -0.04 GLU 201

ASP 14 0.00 GLN 103 -0.06 GLU 201

GLN 103 0.00 THR 104 -0.11 GLU 201

ASN 89 0.11 GLU 201 -0.18 ASN 9

ASN 89 0.10 PRO 202 -0.18 ASN 9

ASN 89 0.10 GLU 203 -0.18 ASN 9

GLU 82 0.11 PRO 204 -0.19 ASN 9

GLU 82 0.10 TRP 205 -0.18 ASN 9

GLU 82 0.09 PHE 206 -0.17 ASN 9

PRO 2 0.10 PHE 207 -0.18 ASN 9

PRO 2 0.10 LYS 208 -0.17 ASN 9

GLU 1 0.10 ASN 209 -0.16 SER 11

GLU 1 0.10 LEU 210 -0.16 ALA 38

GLU 1 0.10 SER 211 -0.16 ALA 38

PRO 2 0.08 ARG 212 -0.15 ALA 38

GLU 1 0.09 LYS 213 -0.16 ALA 38

GLU 1 0.11 ASP 214 -0.18 ALA 38

PRO 2 0.10 ALA 215 -0.16 ALA 38

PRO 2 0.09 GLU 216 -0.16 ALA 38

PRO 2 0.11 ARG 217 -0.19 ALA 38

PRO 2 0.12 GLN 218 -0.19 ALA 38

PRO 2 0.10 LEU 219 -0.16 ASN 9

PRO 2 0.10 LEU 220 -0.17 ALA 38

PRO 2 0.13 ALA 221 -0.20 ALA 38

PRO 2 0.14 PRO 222 -0.19 ALA 38

PRO 2 0.13 GLY 223 -0.21 ASN 9

PRO 78 0.11 ASN 224 -0.17 ASN 9

PRO 78 0.12 THR 225 -0.14 ASN 9

PRO 78 0.11 HIS 226 -0.12 ASN 9

PRO 78 0.11 GLY 227 -0.13 ASN 9

PRO 78 0.11 SER 228 -0.15 ASN 9

GLU 82 0.10 PHE 229 -0.15 ASN 9

GLU 82 0.09 LEU 230 -0.16 ASN 9

GLU 82 0.08 ILE 231 -0.15 ASN 9

PRO 2 0.08 ARG 232 -0.15 ASN 9

PRO 2 0.07 GLU 233 -0.14 ASN 9

PRO 2 0.07 SER 234 -0.13 SER 36

PRO 2 0.08 GLU 235 -0.14 SER 36

PRO 2 0.07 SER 236 -0.13 SER 36

PRO 2 0.06 THR 237 -0.12 SER 36

PRO 2 0.06 ALA 238 -0.13 SER 36

ASN 89 0.07 GLY 239 -0.12 SER 11

ASN 89 0.07 SER 240 -0.12 ASN 9

GLU 82 0.07 PHE 241 -0.13 ASN 9

GLU 82 0.07 CYS 242 -0.13 ASN 9

GLU 82 0.08 LEU 243 -0.13 ASN 9

GLU 82 0.08 SER 244 -0.13 ASN 9

PRO 78 0.08 VAL 245 -0.13 ASN 9

PRO 78 0.09 ARG 246 -0.12 ASN 9

PRO 78 0.09 ASP 247 -0.10 ASN 9

PRO 78 0.08 PHE 248 -0.08 ASN 9

PRO 78 0.07 ASP 249 -0.07 ALA 38

PRO 78 0.06 GLN 250 -0.05 ALA 38

PRO 78 0.04 ASN 251 -0.05 ALA 38

PRO 78 0.04 GLN 252 -0.08 ALA 38

PRO 78 0.06 GLY 253 -0.08 ALA 38

PRO 78 0.07 GLU 254 -0.10 ALA 38

PRO 78 0.07 VAL 255 -0.11 ALA 38

PRO 78 0.07 VAL 256 -0.12 ALA 38

PRO 78 0.07 LYS 257 -0.11 ALA 38

GLU 82 0.07 HIS 258 -0.11 ALA 38

GLU 82 0.07 TYR 259 -0.11 ASN 9

GLU 82 0.07 LYS 260 -0.11 ASN 9

ASN 89 0.07 ILE 261 -0.11 ASN 9

ASN 89 0.07 ARG 262 -0.11 ASN 9

ASN 89 0.07 ASN 263 -0.11 ASN 9

ASN 89 0.07 LEU 264 -0.10 ASN 9

ASN 89 0.07 ASP 265 -0.10 ASN 9

ASN 89 0.08 ASN 266 -0.10 ASN 9

ASN 89 0.08 GLY 267 -0.11 ASN 9

ASN 89 0.08 GLY 268 -0.11 ASN 9

ASN 89 0.08 PHE 269 -0.11 ASN 9

ASN 89 0.08 TYR 270 -0.11 ASN 9

ASN 89 0.07 ILE 271 -0.11 ASN 9

ASN 89 0.07 SER 272 -0.09 ASN 9

ASN 89 0.07 PRO 273 -0.09 ASN 9

ASN 89 0.08 ARG 274 -0.09 ASN 9

ASN 89 0.08 ILE 275 -0.10 ASN 9

ASN 89 0.08 THR 276 -0.10 ASN 9

ASN 89 0.09 PHE 277 -0.11 ASN 9

ASN 89 0.09 PRO 278 -0.12 ASN 9

ASN 89 0.09 GLY 279 -0.13 ASN 9

ASN 89 0.09 LEU 280 -0.14 ASN 9

ASN 89 0.10 HIS 281 -0.14 ASN 9

ASN 89 0.10 GLU 282 -0.13 ASN 9

ASN 89 0.09 LEU 283 -0.12 ASN 9

ASN 89 0.10 VAL 284 -0.14 ASN 9

ASN 89 0.11 ARG 285 -0.13 ASN 9

ASN 89 0.10 HIS 286 -0.12 ASN 9

PRO 78 0.10 TYR 287 -0.12 ASN 9

PRO 78 0.11 THR 288 -0.13 ASN 9

ILE 75 0.11 ASN 289 -0.12 ASN 9

ILE 75 0.11 ALA 290 -0.10 ASN 9

PRO 78 0.10 SER 291 -0.10 ASN 9

ILE 75 0.09 ASP 292 -0.09 ASN 9

ILE 75 0.08 GLY 293 -0.09 ASN 9

PRO 78 0.08 LEU 294 -0.10 ASN 9

PRO 78 0.08 CYS 295 -0.09 ASN 9

PRO 78 0.10 THR 296 -0.10 ASN 9

PRO 78 0.11 ARG 297 -0.11 ASN 9

PRO 78 0.11 LEU 298 -0.13 ASN 9

PRO 78 0.12 SER 299 -0.14 ASN 9

GLU 82 0.13 ARG 300 -0.17 ASN 9

GLU 82 0.11 PRO 301 -0.18 ASN 9

GLU 82 0.11 CYS 302 -0.19 ASN 9

PRO 2 0.14 GLN 303 -0.23 ASN 9

PRO 2 0.16 THR 304 -0.25 ASN 9

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: October 18th, 2018.

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

*** TRANSFERASE 17-JUL-00 1FBZ ***

CA distance fluctuations for 23012414071194523

--- normal mode 8 ---

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

* TRANSFERASE 17-JUL-00 1FBZ *