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CA distance fluctuations for 22040120230993067

---  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 increasereflargest decrease
MET 146 0.10 PRO 1 -0.12 THR 12
LYS 143 0.11 GLN 2 -0.16 THR 12
LYS 143 0.12 ILE 3 -0.18 THR 12
LYS 143 0.14 THR 4 -0.18 THR 12
LYS 143 0.15 LEU 5 -0.16 LEU 10
LYS 143 0.20 TRP 6 -0.17 GLU 21
MET 146 0.19 GLN 7 -0.17 GLU 21
MET 146 0.15 ARG 8 -0.14 GLU 34
MET 146 0.13 PRO 9 -0.16 LEU 10
MET 146 0.13 LEU 10 -0.16 TRP 6
MET 146 0.12 VAL 11 -0.17 THR 4
MET 146 0.11 THR 12 -0.18 THR 4
MET 146 0.08 ILE 13 -0.13 THR 4
PRO 81 0.08 LYS 14 -0.12 THR 4
PRO 81 0.06 ILE 15 -0.11 GLY 40
GLN 107 0.06 GLY 16 -0.14 GLY 40
PRO 81 0.06 GLY 17 -0.13 GLY 40
PRO 81 0.09 GLN 18 -0.13 TRP 6
PRO 81 0.12 LEU 19 -0.15 THR 4
PRO 81 0.13 LYS 20 -0.17 TRP 6
PHE 153 0.13 GLU 21 -0.17 TRP 6
GLY 148 0.11 ALA 22 -0.13 TRP 6
MET 146 0.10 LEU 23 -0.10 LEU 5
MET 146 0.08 LEU 24 -0.06 ILE 193
MET 146 0.05 ASH 25 -0.03 ILE 193
ASP 30 0.08 THR 26 -0.06 PRO 181
LYS 45 0.10 GLY 27 -0.06 PRO 181
GLU 121 0.11 ALA 28 -0.06 ILE 50
ASP 30 0.18 ASP 29 -0.08 GLY 52
ASP 29 0.18 ASP 30 -0.09 GLY 48
GLU 121 0.11 THR 31 -0.05 GLY 48
GLU 121 0.12 VAL 32 -0.07 ARG 8
GLU 121 0.09 LEU 33 -0.11 ARG 8
PRO 181 0.09 GLU 34 -0.14 GLN 7
ARG 41 0.13 GLU 35 -0.13 GLN 7
ARG 41 0.13 MET 36 -0.13 GLN 7
ARG 41 0.19 SER 37 -0.12 GLN 7
ARG 41 0.12 LEU 38 -0.10 GLN 7
ARG 41 0.14 PRO 39 -0.11 GLY 16
GLU 121 0.13 GLY 40 -0.14 GLY 16
SER 37 0.19 ARG 41 -0.31 GLN 61
GLU 121 0.17 TRP 42 -0.07 GLN 61
GLU 121 0.21 LYS 43 -0.07 GLY 152
GLU 121 0.23 PRO 44 -0.08 GLY 152
GLU 121 0.25 LYS 45 -0.10 GLY 152
GLU 121 0.26 MET 46 -0.13 GLY 152
GLU 121 0.25 ILE 47 -0.11 GLY 152
LYS 120 0.24 GLY 48 -0.11 GLY 52
LYS 120 0.17 GLY 49 -0.09 GLY 51
THR 180 0.13 ILE 50 -0.08 GLN 107
PRO 179 0.12 GLY 51 -0.10 PHE 153
LYS 120 0.17 GLY 52 -0.14 PHE 153
PRO 181 0.22 PHE 53 -0.16 GLY 152
LYS 120 0.19 ILE 54 -0.16 GLY 152
LYS 120 0.20 LYS 55 -0.12 GLY 152
GLU 121 0.18 VAL 56 -0.08 VAL 82
GLU 121 0.18 ARG 57 -0.07 VAL 82
GLU 121 0.19 GLN 58 -0.06 VAL 82
GLN 107 0.16 TYR 59 -0.16 ARG 41
GLN 107 0.17 ASP 60 -0.29 ARG 41
TRP 106 0.16 GLN 61 -0.31 ARG 41
GLN 107 0.12 ILE 62 -0.21 ARG 41
TRP 106 0.08 LEU 63 -0.18 ARG 41
GLN 107 0.05 ILE 64 -0.12 ARG 41
MET 146 0.06 GLU 65 -0.11 ARG 41
MET 146 0.07 ILE 66 -0.09 ARG 41
MET 146 0.10 CYS 67 -0.11 GLN 2
MET 146 0.08 GLY 68 -0.10 PRO 1
MET 146 0.06 HIS 69 -0.11 ARG 41
MET 146 0.05 LYS 70 -0.13 ARG 41
TRP 106 0.04 ALA 71 -0.14 ARG 41
TRP 106 0.09 ILE 72 -0.17 ARG 41
TRP 106 0.15 GLY 73 -0.17 ARG 41
GLN 107 0.18 THR 74 -0.15 ARG 41
GLN 107 0.14 VAL 75 -0.08 ARG 41
GLU 121 0.15 LEU 76 -0.06 VAL 82
GLU 121 0.13 VAL 77 -0.09 VAL 82
LYS 120 0.13 GLY 78 -0.10 VAL 82
LYS 120 0.11 PRO 79 -0.14 PRO 81
LYS 120 0.10 THR 80 -0.10 ARG 8
LYS 20 0.13 PRO 81 -0.14 PRO 79
GLU 21 0.12 VAL 82 -0.13 GLU 34
GLY 152 0.09 ASN 83 -0.13 ARG 8
GLU 121 0.06 ILE 84 -0.08 ARG 8
GLU 121 0.05 ILE 85 -0.05 ARG 41
GLU 121 0.07 GLY 86 -0.05 GLY 48
ASN 88 0.11 ARG 87 -0.07 PRO 181
TRP 106 0.14 ASN 88 -0.09 GLY 48
LEU 105 0.07 LEU 89 -0.08 ARG 41
LEU 89 0.06 LEU 90 -0.06 PRO 181
GLY 73 0.09 THR 91 -0.08 PRO 181
GLY 94 0.06 GLN 92 -0.09 ARG 41
LYS 143 0.04 ILE 93 -0.08 ARG 41
GLN 92 0.06 GLY 94 -0.06 PRO 181
LYS 143 0.05 CYS 95 -0.06 THR 12
ASN 88 0.07 THR 96 -0.07 LEU 110
ASN 88 0.07 LEU 97 -0.09 THR 112
GLN 192 0.09 ASN 98 -0.12 THR 112
GLN 192 0.12 PHE 99 -0.12 THR 12
LYS 45 0.10 PRO 101 -0.15 THR 112
LYS 43 0.09 GLN 102 -0.13 THR 112
ASN 88 0.11 ILE 103 -0.10 GLU 121
GLN 61 0.11 THR 104 -0.09 VAL 182
ASN 88 0.14 LEU 105 -0.10 PRO 181
THR 74 0.16 TRP 106 -0.12 PRO 181
LYS 43 0.18 GLN 107 -0.14 PRO 181
LYS 45 0.19 ARG 108 -0.12 PRO 181
LYS 45 0.15 PRO 109 -0.10 VAL 182
LYS 45 0.20 LEU 110 -0.12 GLU 134
LYS 45 0.19 VAL 111 -0.13 GLU 121
MET 46 0.22 THR 112 -0.15 PRO 101
MET 46 0.19 ILE 113 -0.11 CYS 167
MET 46 0.19 LYS 114 -0.10 CYS 167
MET 46 0.16 ILE 115 -0.07 CYS 167
MET 46 0.16 GLY 116 -0.07 PRO 139
MET 46 0.18 GLY 117 -0.08 GLY 168
MET 46 0.22 GLN 118 -0.10 CYS 167
MET 46 0.25 LEU 119 -0.14 CYS 167
MET 46 0.26 LYS 120 -0.13 PRO 101
MET 46 0.26 GLU 121 -0.13 VAL 111
MET 46 0.21 ALA 122 -0.11 GLU 135
MET 46 0.16 LEU 123 -0.09 GLU 134
LYS 45 0.12 LEU 124 -0.06 GLU 134
MET 46 0.08 ASP 125 -0.03 PRO 179
MET 146 0.08 THR 126 -0.05 LYS 20
MET 146 0.08 GLY 127 -0.06 PRO 81
MET 146 0.08 ALA 128 -0.08 PRO 81
MET 146 0.14 ASP 129 -0.13 ASN 188
TRP 6 0.14 ASP 130 -0.11 GLY 173
TRP 6 0.07 THR 131 -0.06 PRO 81
GLY 48 0.08 VAL 132 -0.05 ARG 108
GLY 48 0.15 LEU 133 -0.09 ALA 122
PHE 53 0.18 GLU 134 -0.12 LEU 110
PHE 53 0.16 GLU 135 -0.12 LEU 110
MET 46 0.15 MET 136 -0.10 GLU 121
MET 46 0.12 SER 137 -0.11 ARG 141
MET 46 0.10 LEU 138 -0.08 ARG 141
MET 46 0.08 PRO 139 -0.07 GLY 117
GLN 161 0.11 GLY 140 -0.07 LYS 143
GLN 161 0.17 ARG 141 -0.11 SER 137
TRP 6 0.15 TRP 142 -0.08 SER 137
TRP 6 0.20 LYS 143 -0.07 GLY 140
TRP 6 0.19 PRO 144 -0.08 ILE 54
TRP 6 0.18 LYS 145 -0.10 MET 146
GLN 7 0.19 MET 146 -0.11 ILE 54
GLN 7 0.15 ILE 147 -0.11 GLY 151
GLU 21 0.13 GLY 148 -0.11 ILE 54
GLU 21 0.10 GLY 149 -0.07 GLY 173
LYS 120 0.11 ILE 150 -0.08 GLY 148
THR 180 0.13 GLY 151 -0.15 GLY 152
PRO 81 0.12 GLY 152 -0.16 PHE 53
GLU 21 0.13 PHE 153 -0.15 PHE 53
GLN 7 0.11 ILE 154 -0.10 GLY 52
GLN 7 0.13 LYS 155 -0.10 PRO 181
TRP 6 0.12 VAL 156 -0.08 VAL 182
TRP 6 0.13 ARG 157 -0.06 VAL 182
TRP 6 0.16 GLN 158 -0.05 GLY 148
TRP 6 0.12 TYR 159 -0.06 GLY 148
ARG 141 0.16 ASP 160 -0.09 PRO 81
ARG 141 0.17 GLN 161 -0.11 PRO 81
ARG 141 0.09 ILE 162 -0.07 PRO 81
MET 46 0.09 LEU 163 -0.08 ARG 8
MET 46 0.12 ILE 164 -0.07 ARG 8
MET 46 0.14 GLU 165 -0.11 THR 191
MET 46 0.14 ILE 166 -0.09 CYS 195
LYS 45 0.16 CYS 167 -0.14 LEU 119
LYS 45 0.15 GLY 168 -0.13 GLY 194
LYS 45 0.11 HIS 169 -0.13 GLY 194
MET 46 0.10 LYS 170 -0.15 GLN 192
ARG 141 0.09 ALA 171 -0.11 ARG 8
ARG 141 0.11 ILE 172 -0.11 ASP 129
ARG 141 0.14 GLY 173 -0.13 ASP 129
ARG 141 0.13 THR 174 -0.11 PRO 81
TRP 6 0.08 VAL 175 -0.06 PRO 81
TRP 6 0.11 LEU 176 -0.04 GLY 148
TRP 6 0.08 VAL 177 -0.07 ALA 122
TRP 6 0.08 GLY 178 -0.10 VAL 182
GLY 52 0.14 PRO 179 -0.14 VAL 182
PHE 53 0.17 THR 180 -0.13 VAL 182
GLY 48 0.22 PRO 181 -0.14 GLN 107
GLY 48 0.23 VAL 182 -0.14 PRO 179
GLY 48 0.20 ASN 183 -0.10 GLU 134
MET 46 0.13 ILE 184 -0.05 PRO 109
MET 46 0.10 ILE 185 -0.04 LEU 10
ASP 130 0.08 GLY 186 -0.08 PRO 81
ASP 130 0.14 ARG 187 -0.14 LEU 189
LYS 143 0.14 ASN 188 -0.13 ASP 129
ASP 160 0.10 LEU 189 -0.14 ARG 187
LYS 143 0.10 LEU 190 -0.11 LEU 10
LYS 143 0.14 THR 191 -0.15 LYS 170
ASP 160 0.12 GLN 192 -0.15 LYS 170
ASP 160 0.11 ILE 193 -0.14 GLY 194
ASP 160 0.11 GLY 194 -0.14 THR 12
LYS 143 0.09 CYS 195 -0.13 THR 12
LYS 143 0.10 THR 196 -0.14 THR 12
LYS 143 0.09 LEU 197 -0.12 THR 12
LYS 143 0.08 ASN 198 -0.11 THR 12
LYS 143 0.07 PHE 199 -0.08 THR 112

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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.