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

* TRANSFERASE 17-JUL-00 1FBZ *

CA distance fluctuations for 23012414071194523

--- 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 increase ref largest decrease
PRO 4 0.00 GLU 1 -0.29 GLY 223

GLU 1 0.00 PRO 2 -0.26 GLY 223

PRO 4 0.00 GLU 3 -0.14 PRO 222

GLU 3 0.00 PRO 4 -0.13 THR 304

LEU 19 0.00 TRP 5 -0.07 THR 304

ASN 289 0.01 PHE 6 -0.03 THR 304

THR 225 0.02 PHE 7 -0.01 LYS 208

GLY 223 0.10 LYS 8 -0.00 ASN 9

PRO 222 0.13 ASN 9 -0.00 PHE 7

PRO 222 0.09 LEU 10 -0.00 PHE 7

PRO 222 0.12 SER 11 -0.00 ASN 9

PRO 222 0.10 ARG 12 -0.00 SER 34

GLN 252 0.09 LYS 13 -0.00 GLU 201

GLY 253 0.06 ASP 14 -0.01 GLU 201

GLY 253 0.06 ALA 15 -0.02 GLU 201

GLN 252 0.06 GLU 16 -0.04 GLU 201

GLN 252 0.04 ARG 17 -0.05 GLU 201

ASN 251 0.02 GLN 18 -0.07 GLU 201

ASN 251 0.02 LEU 19 -0.08 GLU 201

ASN 251 0.03 LEU 20 -0.08 GLU 201

ASN 251 0.01 ALA 21 -0.10 GLU 201

LEU 20 0.00 PRO 22 -0.13 GLU 201

LEU 20 0.00 GLY 23 -0.15 GLU 201

LEU 20 0.00 ASN 24 -0.13 GLU 201

ASN 24 0.00 THR 25 -0.12 GLU 201

ASN 251 0.01 HIS 26 -0.11 GLU 201

ASN 251 0.01 GLY 27 -0.10 GLU 201

ASN 251 0.00 SER 28 -0.10 GLU 201

ASN 251 0.02 PHE 29 -0.07 GLU 201

ASN 251 0.02 LEU 30 -0.04 GLU 201

GLY 253 0.05 ILE 31 -0.01 GLU 201

PRO 222 0.09 ARG 32 -0.00 HIS 58

PRO 222 0.17 GLU 33 -0.00 GLY 39

PRO 222 0.18 SER 34 -0.00 HIS 58

PRO 222 0.18 GLU 35 -0.00 SER 36

GLY 253 0.19 SER 36 -0.00 GLU 35

PRO 222 0.22 THR 37 -0.00 GLY 39

PRO 222 0.26 ALA 38 -0.00 THR 37

PRO 222 0.28 GLY 39 -0.00 SER 40

PRO 222 0.21 SER 40 -0.00 GLY 39

PRO 222 0.15 PHE 41 -0.00 GLY 39

GLY 253 0.11 CYS 42 -0.00 HIS 58

GLY 253 0.07 LEU 43 -0.01 GLU 201

GLN 252 0.06 SER 44 -0.03 GLU 201

ASN 251 0.04 VAL 45 -0.06 GLU 201

ASN 251 0.03 ARG 46 -0.07 GLU 201

ASN 251 0.04 ASP 47 -0.08 GLU 201

ASN 251 0.04 PHE 48 -0.09 GLU 201

ASN 251 0.05 ASP 49 -0.07 GLU 201

ASN 251 0.05 GLN 50 -0.08 GLU 201

ASN 251 0.06 ASN 51 -0.07 GLU 201

ASN 251 0.05 GLN 52 -0.07 GLU 201

ASN 251 0.04 GLY 53 -0.08 GLU 201

ASN 251 0.04 GLU 54 -0.08 GLU 201

ASN 251 0.05 VAL 55 -0.06 GLU 201

GLN 252 0.06 VAL 56 -0.05 GLU 201

GLN 252 0.08 LYS 57 -0.03 GLU 201

GLN 252 0.09 HIS 58 -0.01 GLU 201

GLY 253 0.10 TYR 59 -0.01 GLU 201

GLY 253 0.13 LYS 60 -0.00 CYS 42

GLY 253 0.13 ILE 61 -0.00 LEU 43

GLY 253 0.17 ARG 62 -0.00 LYS 60

GLY 253 0.19 ASN 63 -0.00 LYS 60

GLY 253 0.19 LEU 64 -0.00 ASP 65

GLY 253 0.25 ASP 65 -0.00 LEU 64

THR 225 0.23 ASN 66 -0.00 GLY 67

THR 225 0.23 GLY 67 -0.00 ASP 65

THR 225 0.15 GLY 68 -0.00 ASP 65

THR 225 0.12 PHE 69 -0.00 THR 76

GLY 253 0.11 TYR 70 -0.00 PHE 69

GLY 253 0.11 ILE 71 -0.00 LEU 43

ASN 251 0.11 SER 72 -0.00 TYR 59

GLN 250 0.13 PRO 73 -0.00 ARG 74

GLN 250 0.10 ARG 74 -0.00 PRO 73

GLN 250 0.07 ILE 75 -0.00 GLU 201

GLN 250 0.09 THR 76 -0.00 PHE 69

GLN 250 0.05 PHE 77 -0.00 THR 76

SER 299 0.07 PRO 78 -0.00 ASN 66

SER 299 0.06 GLY 79 -0.00 LEU 80

SER 299 0.04 LEU 80 -0.00 ASP 214

ARG 85 0.00 HIS 81 -0.07 PRO 222

PRO 78 0.00 GLU 82 -0.05 GLY 223

GLN 250 0.02 LEU 83 -0.02 GLU 201

ASN 251 0.00 VAL 84 -0.05 THR 304

HIS 81 0.00 ARG 85 -0.08 GLY 223

LEU 83 0.00 HIS 86 -0.06 GLU 201

ASN 251 0.02 TYR 87 -0.06 GLU 201

LEU 83 0.00 THR 88 -0.09 GLU 201

TYR 87 0.00 ASN 89 -0.10 GLU 201

ASN 251 0.01 ALA 90 -0.08 GLU 201

ASN 251 0.03 SER 91 -0.07 GLU 201

ASN 251 0.04 ASP 92 -0.05 GLU 201

ASN 251 0.06 GLY 93 -0.04 GLU 201

ASN 251 0.06 LEU 94 -0.04 GLU 201

ASN 251 0.06 CYS 95 -0.05 GLU 201

ASN 251 0.03 THR 96 -0.07 GLU 201

ASN 251 0.01 ARG 97 -0.09 GLU 201

ASN 251 0.01 LEU 98 -0.09 GLU 201

ARG 100 0.00 SER 99 -0.12 GLU 201

SER 99 0.00 ARG 100 -0.13 GLU 201

SER 28 0.00 PRO 101 -0.11 GLU 201

LEU 19 0.00 CYS 102 -0.10 GLU 201

CYS 102 0.00 GLN 103 -0.13 GLU 201

LEU 19 0.00 THR 104 -0.13 GLU 201

GLY 39 0.10 GLU 201 -0.15 GLY 23

GLY 39 0.11 PRO 202 -0.14 GLY 23

GLY 39 0.12 GLU 203 -0.15 GLU 1

GLY 39 0.14 PRO 204 -0.18 GLU 1

GLY 39 0.15 TRP 205 -0.18 GLU 1

GLY 39 0.14 PHE 206 -0.16 GLU 1

GLY 39 0.14 PHE 207 -0.17 GLU 1

ALA 38 0.12 LYS 208 -0.15 GLU 1

ALA 38 0.13 ASN 209 -0.15 GLU 1

ALA 38 0.15 LEU 210 -0.16 GLU 1

ALA 38 0.15 SER 211 -0.15 GLU 1

ALA 38 0.16 ARG 212 -0.15 GLU 1

ALA 38 0.18 LYS 213 -0.16 GLU 1

ALA 38 0.18 ASP 214 -0.17 GLU 1

ALA 38 0.18 ALA 215 -0.18 GLU 1

ALA 38 0.20 GLU 216 -0.18 GLU 1

ALA 38 0.22 ARG 217 -0.19 GLU 1

ALA 38 0.20 GLN 218 -0.21 GLU 1

GLY 39 0.21 LEU 219 -0.21 GLU 1

GLY 39 0.24 LEU 220 -0.20 GLU 1

GLY 39 0.26 ALA 221 -0.23 GLU 1

GLY 39 0.28 PRO 222 -0.26 GLU 1

GLY 39 0.25 GLY 223 -0.29 GLU 1

GLY 39 0.23 ASN 224 -0.24 GLU 1

GLY 39 0.23 THR 225 -0.20 GLU 1

ASN 66 0.23 HIS 226 -0.17 GLU 1

ASN 66 0.20 GLY 227 -0.16 GLU 1

GLY 39 0.19 SER 228 -0.19 GLU 1

GLY 39 0.18 PHE 229 -0.18 GLU 1

GLY 39 0.16 LEU 230 -0.17 GLU 1

GLY 39 0.15 ILE 231 -0.15 GLU 1

GLY 39 0.14 ARG 232 -0.15 GLU 1

ALA 38 0.13 GLU 233 -0.14 GLU 1

ALA 38 0.13 SER 234 -0.13 GLU 1

ALA 38 0.14 GLU 235 -0.13 GLU 1

ALA 38 0.13 SER 236 -0.12 GLU 1

ALA 38 0.12 THR 237 -0.11 GLU 1

ALA 38 0.11 ALA 238 -0.11 GLU 1

ALA 38 0.11 GLY 239 -0.11 GLU 1

ALA 38 0.12 SER 240 -0.12 GLU 1

GLY 39 0.13 PHE 241 -0.13 GLU 1

GLY 39 0.14 CYS 242 -0.14 GLU 1

GLY 39 0.15 LEU 243 -0.14 GLU 1

GLY 39 0.17 SER 244 -0.16 GLU 1

GLY 39 0.18 VAL 245 -0.16 GLU 1

GLY 39 0.20 ARG 246 -0.17 GLU 1

ASP 65 0.22 ASP 247 -0.15 GLU 1

ASP 65 0.24 PHE 248 -0.14 GLU 1

ASP 65 0.23 ASP 249 -0.13 GLU 1

ASP 65 0.24 GLN 250 -0.11 GLU 1

ASP 65 0.23 ASN 251 -0.11 GLU 1

ASP 65 0.23 GLN 252 -0.13 GLU 1

ASP 65 0.25 GLY 253 -0.14 GLU 1

GLY 39 0.24 GLU 254 -0.16 GLU 1

GLY 39 0.21 VAL 255 -0.15 GLU 1

GLY 39 0.20 VAL 256 -0.16 GLU 1

GLY 39 0.18 LYS 257 -0.14 GLU 1

GLY 39 0.16 HIS 258 -0.14 GLU 1

GLY 39 0.15 TYR 259 -0.13 GLU 1

GLY 39 0.14 LYS 260 -0.12 GLU 1

GLY 39 0.13 ILE 261 -0.12 GLU 1

GLY 39 0.12 ARG 262 -0.11 GLU 1

GLY 39 0.11 ASN 263 -0.10 GLU 1

ASP 65 0.11 LEU 264 -0.09 GLU 1

ASP 65 0.10 ASP 265 -0.08 GLU 1

ASP 65 0.10 ASN 266 -0.09 GLY 23

GLY 39 0.10 GLY 267 -0.09 GLY 23

ASN 66 0.11 GLY 268 -0.09 GLU 1

ASP 65 0.12 PHE 269 -0.10 GLU 1

ASP 65 0.13 TYR 270 -0.10 GLU 1

ASP 65 0.14 ILE 271 -0.11 GLU 1

ASP 65 0.14 SER 272 -0.10 GLU 1

ASP 65 0.13 PRO 273 -0.09 GLU 1

ASP 65 0.13 ARG 274 -0.09 GLU 1

ASN 66 0.13 ILE 275 -0.09 GLU 1

ASN 66 0.12 THR 276 -0.09 GLU 1

ASN 66 0.12 PHE 277 -0.10 GLU 1

ASN 66 0.11 PRO 278 -0.10 GLY 23

ASN 66 0.12 GLY 279 -0.10 GLY 23

GLY 39 0.12 LEU 280 -0.12 GLU 1

ASN 66 0.13 HIS 281 -0.12 GLU 1

ASN 66 0.13 GLU 282 -0.10 GLU 1

ASN 66 0.14 LEU 283 -0.11 GLU 1

ASN 66 0.14 VAL 284 -0.13 GLU 1

ASN 66 0.15 ARG 285 -0.11 GLU 1

ASN 66 0.15 HIS 286 -0.11 GLU 1

ASN 66 0.16 TYR 287 -0.12 GLU 1

ASN 66 0.17 THR 288 -0.13 GLU 1

ASN 66 0.17 ASN 289 -0.11 GLU 1

ASN 66 0.18 ALA 290 -0.10 GLU 1

ASN 66 0.18 SER 291 -0.11 GLU 1

ASN 66 0.17 ASP 292 -0.10 GLU 1

ASP 65 0.17 GLY 293 -0.10 GLU 1

ASP 65 0.17 LEU 294 -0.12 GLU 1

ASP 65 0.19 CYS 295 -0.12 GLU 1

ASN 66 0.20 THR 296 -0.13 GLU 1

ASN 66 0.19 ARG 297 -0.13 GLU 1

ASN 66 0.18 LEU 298 -0.15 GLU 1

ASN 66 0.19 SER 299 -0.16 GLU 1

ASN 66 0.18 ARG 300 -0.19 GLU 1

GLY 39 0.17 PRO 301 -0.20 GLU 1

GLY 39 0.18 CYS 302 -0.22 GLU 1

GLY 39 0.19 GLN 303 -0.27 GLU 1

GLY 39 0.17 THR 304 -0.26 GLU 1

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 9 ---

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

* TRANSFERASE 17-JUL-00 1FBZ *