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

* 7rdp_3_28 *

CA distance fluctuations for 2403282030121213038

--- normal mode 7 ---

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
ASN 166 1.28 GLY 112 -1.02 TRP 181

ASN 166 1.31 PRO 113 -1.18 TRP 181

ASN 166 1.30 LEU 114 -1.12 THR 175

ASN 166 1.34 ILE 115 -1.15 THR 175

ASN 166 1.39 VAL 116 -1.34 THR 175

ASN 166 1.39 PRO 117 -1.08 ARG 224

ASN 166 1.33 TYR 118 -1.02 ALA 156

ASN 166 1.28 ASN 119 -1.10 GLN 150

ASN 166 1.21 LEU 120 -0.30 GLN 150

ASN 166 1.14 PRO 121 -0.15 SER 232

ASN 166 1.09 LEU 122 -0.26 PHE 190

ASN 166 1.01 PRO 123 -0.10 SER 188

ASP 178 1.05 GLY 124 -0.12 SER 188

ASN 166 1.05 GLY 125 -0.28 SER 188

ASN 166 1.05 VAL 126 -0.63 SER 188

ASP 178 1.01 VAL 127 -0.77 SER 188

ASN 180 0.99 PRO 128 -0.90 SER 188

MET 130 0.96 ARG 129 -0.73 SER 188

ILE 250 1.05 MET 130 -1.12 SER 188

ILE 250 1.14 LEU 131 -1.51 SER 188

ASN 166 1.15 ILE 132 -0.78 PHE 190

ASN 166 1.21 THR 133 -0.86 VAL 213

ASN 166 1.29 ILE 134 -0.39 ASP 148

ASN 166 1.31 LEU 135 -0.31 HIS 158

ASN 166 1.38 GLY 136 -0.57 THR 175

ASN 166 1.42 THR 137 -0.41 LYS 176

ASN 166 1.48 VAL 138 -0.34 ASN 174

ASN 166 1.49 LYS 139 -0.56 GLU 184

ASN 166 1.50 PRO 140 -0.34 GLU 184

ASN 166 1.55 ASN 141 -0.39 GLN 220

ASN 166 1.56 ALA 142 -0.46 GLN 220

ASN 166 1.61 ASN 143 -0.26 ASP 207

ASN 166 1.61 ASN 143 -0.26 ASP 207

ASN 166 1.59 ARG 144 -0.59 GLN 220

ASN 166 1.53 ILE 145 -0.31 CYS 173

ASN 166 1.50 ALA 146 -0.44 CYS 173

ASN 166 1.42 LEU 147 -0.38 HIS 158

ASN 166 1.40 ASP 148 -0.48 ALA 245

ASN 166 1.32 PHE 149 -0.58 GLY 235

ASN 166 1.30 GLN 150 -1.10 ASN 119

ASN 166 1.25 ARG 151 -0.61 ASN 119

ASN 166 1.27 GLY 152 0.00 GLY 112

ASN 166 1.35 ASN 153 0.00 GLY 112

ASN 166 1.37 ASP 154 -0.27 SER 244

ASN 166 1.39 VAL 155 -0.89 TYR 118

ASN 166 1.34 ALA 156 -1.02 TYR 118

ASN 166 1.39 PHE 157 -0.87 ILE 236

ASN 166 1.46 HIS 158 -0.75 ILE 236

ASN 166 1.48 PHE 159 -0.29 ALA 146

ASN 166 1.56 ASN 160 -0.34 VAL 172

ASN 166 1.59 PRO 161 -0.87 LEU 219

ASN 166 1.65 ARG 162 -0.27 LEU 203

ASN 166 1.65 PHE 163 -0.37 LEU 203

ASN 166 1.71 ASN 164 -0.53 ILE 250

ASN 166 1.74 GLU 165 0.00 GLY 112

GLU 165 1.74 ASN 166 0.00 GLY 112

GLU 165 1.74 ASN 166 0.00 GLY 112

ASN 164 1.67 ASN 167 0.00 GLY 112

ASN 166 1.71 ARG 168 0.00 GLY 112

ASN 166 1.67 ARG 169 -0.89 THR 248

ASN 166 1.65 VAL 170 -1.37 LEU 131

ASN 166 1.59 ILE 171 -1.49 LEU 219

ASN 166 1.59 VAL 172 -0.55 GLN 220

ASN 166 1.52 CYS 173 -0.89 SER 237

ASN 166 1.51 ASN 174 -1.21 VAL 116

ASN 166 1.46 THR 175 -1.34 VAL 116

ASN 166 1.46 LYS 176 -1.12 LEU 114

ASN 166 1.42 LEU 177 -0.79 LEU 114

ASN 166 1.42 ASP 178 -0.46 GLY 112

ASN 166 1.48 ASN 179 -0.29 GLY 112

ASN 166 1.52 ASN 180 -0.72 GLY 112

ASN 166 1.54 TRP 181 -1.18 PRO 113

ASN 166 1.52 GLY 182 -1.05 PRO 113

ASN 166 1.55 ARG 183 -0.71 PRO 113

ASN 166 1.57 GLU 184 -1.02 GLY 238

ASN 166 1.54 GLU 185 -0.73 GLY 238

ASN 166 1.57 ARG 186 -1.47 PHE 209

ASN 166 1.53 GLN 187 -1.17 LEU 203

ASN 166 1.55 SER 188 -1.51 LEU 131

ASN 166 1.48 VAL 189 -1.43 LEU 131

ASN 166 1.52 PHE 190 -0.78 ILE 132

ASN 166 1.46 PRO 191 -1.27 ASP 215

ASN 166 1.50 PHE 192 -1.12 ASN 214

ASN 166 1.50 GLU 193 -0.98 ASN 214

ASN 166 1.50 GLU 193 -0.98 ASN 214

ASN 166 1.52 SER 194 -0.29 LYS 199

ASN 166 1.47 GLY 195 -0.19 LYS 176

ASN 166 1.44 LYS 196 -0.21 LYS 176

ASN 166 1.40 PRO 197 -0.35 LYS 176

ASN 166 1.38 PHE 198 -0.09 HIS 158

ASN 166 1.32 LYS 199 -0.48 GLU 193

ASN 166 1.33 ILE 200 -0.38 PHE 192

ASN 166 1.24 GLN 201 -0.60 LEU 218

ASN 166 1.23 VAL 202 -0.89 LEU 218

ASN 166 1.11 LEU 203 -1.17 GLN 187

ASN 166 1.08 VAL 204 -0.98 SER 188

ASN 166 1.03 GLU 205 -0.56 GLN 187

ASN 166 1.00 PRO 206 -0.42 GLN 187

ASN 166 1.11 ASP 207 -0.42 ARG 186

ASN 166 1.19 HIS 208 -0.83 ARG 186

ASN 166 1.23 PHE 209 -1.47 ARG 186

ASN 166 1.22 LYS 210 -1.16 GLN 187

ASN 166 1.30 VAL 211 -1.06 ILE 171

ASN 166 1.28 ALA 212 -0.44 GLN 201

ASN 166 1.34 VAL 213 -0.86 THR 133

ASN 166 1.30 ASN 214 -1.12 PHE 192

ASN 166 1.22 ASP 215 -1.27 PRO 191

ASN 166 1.25 ALA 216 -1.19 PRO 191

ASN 166 1.26 HIS 217 -0.83 LEU 218

ASN 166 1.35 LEU 218 -0.89 VAL 202

ASN 166 1.35 LEU 219 -1.49 ILE 171

ASN 166 1.30 GLN 220 -0.59 ARG 144

ASN 166 1.34 TYR 221 -0.36 GLY 238

ASN 166 1.29 ASN 222 -0.39 GLY 238

ASN 166 1.28 ASN 222 -0.38 GLY 238

ASN 166 1.25 HIS 223 -0.63 ARG 186

ASN 166 1.31 ARG 224 -1.08 PRO 117

ASN 166 1.26 VAL 225 -0.73 PRO 117

ASN 166 1.15 LYS 226 -0.45 ARG 186

ASP 178 1.13 LYS 227 -0.22 SER 188

ASN 166 1.09 LEU 228 -0.42 SER 188

ASP 178 1.10 ASN 229 -0.34 SER 188

ASP 178 1.14 GLU 230 -0.13 PRO 121

ASN 166 1.17 ILE 231 -0.14 LEU 120

ASN 166 1.14 SER 232 -0.14 PRO 121

ASN 166 1.14 SER 232 -0.15 PRO 121

ASN 166 1.22 LYS 233 -0.02 PHE 190

ASN 166 1.28 LEU 234 -0.07 ALA 216

ASN 166 1.34 GLY 235 -0.58 PHE 149

ASN 166 1.39 ILE 236 -0.87 PHE 157

ASN 166 1.45 SER 237 -1.02 ASN 174

ASN 166 1.51 GLY 238 -1.02 GLU 184

ASN 166 1.51 ASP 239 -0.51 GLU 184

ASN 166 1.46 ILE 240 -0.79 GLU 184

ASN 166 1.41 ASP 241 -0.77 GLU 184

ASN 166 1.36 LEU 242 -0.82 THR 175

ASN 166 1.31 THR 243 -0.79 LYS 176

ASN 166 1.26 SER 244 -0.57 VAL 155

ASN 166 1.26 SER 244 -0.58 VAL 155

ASN 166 1.23 ALA 245 -0.48 ASP 148

SER 244 1.15 SER 246 -0.60 PHE 190

SER 244 1.13 TYR 247 -0.75 PHE 190

SER 244 1.12 THR 248 -0.89 ARG 169

LEU 131 1.12 MET 249 -0.68 ARG 169

LEU 131 1.12 MET 249 -0.68 ARG 169

LEU 131 1.14 ILE 250 -0.53 ASN 164

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: April 25th, 2023.

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

*** 7rdp_3_28 ***

CA distance fluctuations for 2403282030121213038

--- normal mode 7 ---

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

* 7rdp_3_28 *