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***  8d9p  ***

CA distance fluctuations for 22100401063033404

---  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
GLN 173 0.09 SER 2 -0.22 GLN 89
GLN 173 0.14 PRO 3 -0.29 GLN 89
GLN 173 0.18 GLU 4 -0.28 GLN 89
GLY 100 0.14 LEU 5 -0.25 GLN 89
GLY 99 0.23 ARG 6 -0.36 GLN 89
GLY 99 0.19 GLN 7 -0.40 GLN 89
LYS 177 0.20 GLU 8 -0.26 GLN 89
TRP 96 0.30 HIS 9 -0.27 GLN 89
TRP 96 0.43 GLN 10 -0.45 GLN 89
TRP 96 0.35 GLN 11 -0.24 GLN 86
TRP 96 0.35 LEU 12 -0.17 GLY 148
TRP 96 0.45 ALA 13 -0.18 GLY 150
GLN 93 0.54 GLN 14 -0.19 GLY 150
TRP 96 0.39 GLU 15 -0.20 GLY 148
GLN 93 0.37 PHE 16 -0.20 GLY 150
GLN 93 0.45 GLN 17 -0.21 GLU 156
GLN 93 0.44 GLN 18 -0.24 GLY 150
GLN 93 0.35 LEU 19 -0.25 GLY 150
GLN 93 0.30 LEU 20 -0.25 GLU 156
GLN 93 0.35 GLN 21 -0.28 GLU 156
GLN 93 0.32 GLU 22 -0.32 GLU 156
GLN 93 0.24 ILE 23 -0.30 GLY 160
GLN 93 0.24 GLN 24 -0.32 GLY 160
GLN 93 0.27 GLN 25 -0.38 GLU 156
GLN 93 0.22 LEU 26 -0.42 GLY 160
GLN 93 0.18 GLY 27 -0.37 GLY 160
GLN 93 0.19 ARG 28 -0.38 GLY 160
GLN 93 0.20 GLU 29 -0.52 GLY 160
GLN 93 0.16 LEU 30 -0.49 GLY 160
GLN 93 0.14 LEU 31 -0.35 GLY 160
GLN 93 0.13 LYS 32 -0.36 GLU 156
LYS 166 0.20 GLY 33 -0.48 GLU 156
LYS 166 0.17 GLU 34 -0.30 GLU 156
LYS 166 0.16 LEU 35 -0.21 GLU 156
GLY 164 0.29 GLN 36 -0.22 GLU 156
GLN 163 0.34 GLY 37 -0.23 GLN 40
GLN 163 0.23 ILE 38 -0.14 GLN 112
GLN 163 0.23 LYS 39 -0.14 GLN 112
GLY 160 0.17 GLN 40 -0.24 GLY 33
GLN 163 0.11 LEU 41 -0.20 GLY 33
SER 149 0.12 ARG 42 -0.10 GLU 105
SER 149 0.15 GLU 43 -0.15 GLY 37
SER 149 0.16 ALA 44 -0.22 GLY 33
SER 149 0.17 SER 45 -0.12 GLY 33
LYS 66 0.18 GLU 46 -0.08 GLY 37
SER 149 0.19 LYS 47 -0.16 GLY 33
SER 149 0.22 ALA 48 -0.17 GLY 33
LYS 66 0.18 ARG 49 -0.16 GLU 153
SER 149 0.21 ASN 50 -0.15 GLY 33
LYS 66 0.24 PRO 51 -0.11 LEU 158
LYS 66 0.21 GLU 52 -0.13 LYS 166
SER 149 0.25 LYS 53 -0.16 GLY 33
LYS 66 0.23 LYS 54 -0.10 GLY 33
LYS 66 0.29 SER 55 -0.09 LEU 141
LYS 66 0.22 VAL 56 -0.09 GLY 33
LYS 66 0.18 LEU 57 -0.12 GLY 33
LYS 66 0.29 GLN 58 -0.09 ARG 42
LYS 66 0.29 LYS 59 -0.08 ARG 42
LYS 66 0.17 ILE 60 -0.10 GLU 105
LYS 66 0.17 LEU 61 -0.10 GLU 105
LYS 66 0.36 GLU 62 -0.09 GLU 105
LEU 70 0.23 ASP 63 -0.11 GLU 105
GLN 58 0.12 GLU 64 -0.13 GLU 105
GLN 58 0.20 GLU 65 -0.13 GLU 105
GLU 62 0.36 LYS 66 -0.15 GLU 105
GLU 62 0.20 HIS 67 -0.15 GLU 105
GLU 65 0.20 ILE 68 -0.15 GLU 105
GLU 62 0.29 GLU 69 -0.18 GLU 105
GLU 62 0.25 LEU 70 -0.19 GLU 105
GLU 62 0.19 LEU 71 -0.23 GLY 160
GLU 62 0.21 GLU 72 -0.21 GLY 160
GLU 62 0.24 THR 73 -0.21 GLN 112
GLU 62 0.19 LEU 74 -0.24 GLY 160
GLU 62 0.17 GLN 75 -0.27 GLY 160
GLU 62 0.19 GLN 76 -0.23 GLY 160
SER 55 0.18 THR 77 -0.23 GLN 112
GLU 62 0.15 GLY 78 -0.26 GLY 160
GLU 62 0.15 GLN 79 -0.25 GLY 160
SER 55 0.16 GLU 80 -0.22 GLY 160
SER 55 0.13 ALA 81 -0.23 GLY 160
GLN 93 0.17 GLN 82 -0.22 GLU 156
GLU 62 0.13 GLN 83 -0.24 GLN 10
SER 55 0.11 LEU 84 -0.25 GLN 10
GLN 93 0.14 LEU 85 -0.31 GLN 10
GLU 62 0.14 GLN 86 -0.37 GLN 10
SER 55 0.10 GLU 87 -0.30 GLN 10
GLN 17 0.16 LEU 88 -0.33 GLN 10
GLN 17 0.30 GLN 89 -0.45 GLN 10
GLN 17 0.25 GLN 90 -0.31 GLN 7
GLN 17 0.23 THR 91 -0.22 ARG 6
ALA 13 0.41 GLY 92 -0.30 ARG 6
GLN 14 0.54 GLN 93 -0.28 PRO 3
GLN 14 0.39 GLU 94 -0.16 PRO 3
GLN 14 0.39 LEU 95 -0.13 GLY 196
GLN 14 0.51 TRP 96 -0.18 GLY 196
GLN 14 0.47 GLN 97 -0.13 GLY 196
GLN 14 0.37 LEU 98 -0.12 LYS 109
GLN 14 0.37 GLY 99 -0.14 GLY 196
GLN 14 0.30 GLY 100 -0.14 GLN 119
GLN 14 0.27 SER 101 -0.17 GLN 119
GLN 14 0.26 GLY 102 -0.18 GLN 119
GLN 14 0.22 GLY 103 -0.22 LYS 123
GLN 14 0.19 PRO 104 -0.25 GLN 119
GLN 14 0.16 GLU 105 -0.29 GLN 119
GLN 14 0.20 LEU 106 -0.22 GLN 119
ALA 13 0.21 ARG 107 -0.20 GLN 119
GLN 14 0.11 GLN 108 -0.32 GLN 119
GLN 108 0.10 LYS 109 -0.29 LYS 116
ALA 13 0.13 HIS 110 -0.18 GLN 119
GLN 186 0.10 GLN 111 -0.26 GLN 119
GLN 186 0.10 GLN 112 -0.35 LYS 116
SER 55 0.06 LEU 113 -0.23 LEU 120
SER 55 0.07 ALA 114 -0.20 GLY 160
LYS 116 0.08 GLN 115 -0.27 GLN 108
GLN 183 0.09 LYS 116 -0.35 GLN 112
SER 55 0.10 ILE 117 -0.23 GLY 160
GLN 119 0.11 GLN 118 -0.23 GLN 108
SER 55 0.12 GLN 119 -0.35 GLN 112
SER 55 0.14 LEU 120 -0.29 GLN 112
SER 55 0.12 LEU 121 -0.24 GLY 160
SER 55 0.14 GLN 122 -0.28 GLN 112
SER 55 0.19 LYS 123 -0.32 GLN 112
SER 55 0.15 HIS 124 -0.24 GLN 112
LYS 177 0.15 GLN 125 -0.23 GLN 112
SER 55 0.19 GLN 126 -0.25 GLN 108
LYS 59 0.21 LEU 127 -0.23 GLN 112
GLU 15 0.15 GLY 128 -0.20 GLN 112
GLN 176 0.18 ALA 129 -0.20 GLN 108
SER 55 0.19 LYS 130 -0.20 GLU 105
LYS 59 0.15 ILE 131 -0.17 GLN 112
GLN 11 0.13 LEU 132 -0.18 GLN 112
GLN 11 0.15 GLU 133 -0.16 GLU 105
GLN 11 0.13 ASP 134 -0.15 GLU 105
GLY 37 0.13 GLU 135 -0.16 GLN 112
GLY 37 0.13 GLU 136 -0.16 GLN 108
LYS 130 0.14 LYS 137 -0.13 GLU 105
ASP 134 0.10 HIS 138 -0.13 GLU 105
LYS 159 0.12 ILE 139 -0.22 LYS 166
ARG 155 0.11 GLU 140 -0.18 LYS 166
LYS 130 0.14 LEU 141 -0.15 LYS 166
ASP 134 0.08 LEU 142 -0.22 LYS 166
ARG 155 0.14 GLU 143 -0.30 LYS 166
LYS 66 0.11 THR 144 -0.23 LYS 166
LYS 66 0.13 ILE 145 -0.22 LYS 166
LYS 59 0.11 LEU 146 -0.29 LYS 166
VAL 56 0.10 GLY 147 -0.33 LYS 166
LYS 53 0.20 GLY 148 -0.37 LYS 166
LYS 53 0.25 SER 149 -0.29 LYS 166
LYS 53 0.13 GLY 150 -0.33 LYS 166
ALA 44 0.16 GLY 151 -0.29 GLU 29
GLU 43 0.12 ASP 152 -0.37 GLU 29
GLU 43 0.11 GLU 153 -0.33 GLU 29
GLU 143 0.09 LEU 154 -0.30 GLU 29
GLU 143 0.14 ARG 155 -0.41 GLU 29
GLU 143 0.11 GLU 156 -0.48 GLY 33
ILE 139 0.10 LEU 157 -0.42 GLY 33
ILE 139 0.10 LEU 158 -0.35 GLU 29
LYS 39 0.14 LYS 159 -0.42 GLU 29
GLN 40 0.17 GLY 160 -0.52 GLU 29
GLY 37 0.19 GLU 161 -0.33 LEU 30
GLY 37 0.21 LEU 162 -0.31 GLN 167
GLY 37 0.34 GLN 163 -0.39 GLN 167
GLY 37 0.32 GLY 164 -0.32 GLY 160
GLY 37 0.23 ILE 165 -0.26 GLY 148
GLN 36 0.25 LYS 166 -0.37 GLY 148
GLN 36 0.19 GLN 167 -0.39 GLN 163
GLN 36 0.13 TYR 168 -0.25 GLY 160
GLN 11 0.14 ARG 169 -0.27 GLY 148
GLN 93 0.17 GLU 170 -0.32 GLN 163
GLN 93 0.16 LEU 171 -0.28 GLY 160
GLN 11 0.17 GLN 172 -0.21 GLN 163
GLN 11 0.20 GLN 173 -0.27 GLY 148
GLN 93 0.22 LEU 174 -0.26 GLN 163
ALA 129 0.17 GLY 175 -0.23 GLN 163
ALA 129 0.18 GLN 176 -0.19 GLY 148
TRP 96 0.21 LYS 177 -0.23 GLY 148
GLN 93 0.20 ALA 178 -0.21 GLN 163
GLN 180 0.14 GLN 179 -0.21 GLN 163
TRP 96 0.15 GLN 180 -0.19 GLY 148
TRP 96 0.22 LEU 181 -0.19 GLY 148
TRP 96 0.14 VAL 182 -0.19 GLY 160
TRP 96 0.11 GLN 183 -0.18 GLN 163
TRP 96 0.16 LYS 184 -0.17 GLY 148
TRP 96 0.19 LEU 185 -0.17 GLY 148
GLN 111 0.10 GLN 186 -0.17 GLY 160
GLN 111 0.09 GLN 187 -0.16 GLY 148
GLY 100 0.11 THR 188 -0.15 GLY 148
GLY 100 0.11 GLY 189 -0.15 GLY 148
PRO 104 0.08 GLN 190 -0.17 GLY 160
GLY 103 0.09 LYS 191 -0.15 GLY 148
GLY 100 0.13 LEU 192 -0.17 GLY 92
GLY 103 0.14 TRP 193 -0.17 GLN 119
GLY 103 0.11 GLN 194 -0.16 GLY 148
GLY 103 0.11 LEU 195 -0.14 GLY 148
GLN 14 0.15 GLY 196 -0.18 TRP 96

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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).
Last modification: October 18th, 2018.