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***  1QT4closedvsopen  ***

CA distance fluctuations for 210501120921126283

---  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
LYS 35 0.30 MET 1 -0.19 ARG 76
LYS 35 0.31 ASN 2 -0.19 ARG 76
LYS 35 0.37 ILE 3 -0.14 ASN 163
LEU 32 0.34 PHE 4 -0.16 GLN 141
LEU 32 0.34 GLU 5 -0.14 LEU 164
LEU 32 0.39 MET 6 -0.12 ARG 145
LEU 32 0.46 LEU 7 -0.20 THR 142
LEU 32 0.34 ARG 8 -0.27 THR 142
GLY 12 0.51 ILE 9 -0.20 THR 142
ASP 20 0.61 ASP 10 -0.25 THR 142
ILE 9 0.47 GLU 11 -0.38 THR 142
ILE 9 0.51 GLY 12 -0.40 THR 142
LEU 164 0.34 LEU 13 -0.33 GLN 141
LEU 164 0.40 ARG 14 -0.23 THR 21
LEU 164 0.31 LEU 15 -0.16 THR 21
LEU 164 0.37 LYS 16 -0.13 ILE 17
LEU 164 0.39 ILE 17 -0.13 LYS 16
LEU 164 0.46 TYR 18 -0.12 TYR 25
ASP 10 0.51 LYS 19 -0.16 TYR 24
ASP 10 0.61 ASP 20 -0.20 GLU 22
ASN 144 0.53 THR 21 -0.30 GLY 30
PRO 37 0.51 GLU 22 -0.20 ASP 20
ARG 145 0.54 GLY 23 -0.10 LYS 19
GLN 105 0.60 TYR 24 -0.16 LYS 19
ASP 10 0.50 TYR 25 -0.12 TYR 18
ASP 10 0.49 GLN 26 -0.09 THR 21
ILE 9 0.38 ILE 27 -0.16 THR 21
ILE 9 0.27 GLY 28 -0.23 THR 21
LEU 33 0.28 ILE 29 -0.30 GLN 141
ILE 9 0.39 GLY 30 -0.30 THR 21
PHE 104 0.56 LEU 32 -0.17 THR 21
PHE 104 0.49 LEU 33 -0.07 TYR 18
GLN 105 0.60 THR 34 -0.08 TYR 18
MET 106 0.78 LYS 35 -0.11 LYS 19
MET 106 0.64 SER 36 -0.08 LYS 16
MET 106 0.55 PRO 37 -0.11 LYS 16
MET 106 0.45 SER 38 -0.10 LEU 39
ARG 145 0.38 LEU 39 -0.10 LYS 16
GLN 105 0.33 ASN 40 -0.09 VAL 57
GLN 105 0.39 ALA 41 -0.06 GLY 56
GLN 105 0.38 ALA 42 -0.07 LYS 16
ASP 10 0.29 LYS 43 -0.08 GLY 56
PHE 104 0.28 SER 44 -0.07 ASN 55
ALA 73 0.35 GLU 45 -0.04 GLY 56
LEU 164 0.24 LEU 46 -0.02 LYS 48
LEU 164 0.19 ASP 47 -0.05 LYS 48
ALA 73 0.17 LYS 48 -0.05 ASP 47
LEU 164 0.15 ALA 49 -0.11 THR 109
LEU 164 0.11 ILE 50 -0.12 THR 109
LEU 164 0.08 GLY 51 -0.11 THR 109
LEU 164 0.11 ARG 52 -0.11 LYS 65
LEU 164 0.16 ASN 53 -0.08 LYS 65
LEU 164 0.20 THR 54 -0.08 LYS 65
LEU 164 0.25 ASN 55 -0.10 THR 59
LEU 164 0.30 GLY 56 -0.13 VAL 57
LEU 164 0.26 VAL 57 -0.13 GLY 56
LEU 164 0.19 ILE 58 -0.10 THR 21
LEU 164 0.12 THR 59 -0.14 GLN 141
ALA 93 0.11 LYS 60 -0.20 GLN 141
ALA 49 0.10 ASP 61 -0.19 GLN 141
ALA 49 0.11 GLU 62 -0.16 GLN 141
ALA 93 0.13 ALA 63 -0.20 GLN 141
LEU 33 0.14 GLU 64 -0.22 GLN 141
LEU 33 0.12 LYS 65 -0.18 GLN 141
LEU 33 0.18 LEU 66 -0.20 GLY 107
LEU 33 0.29 PHE 67 -0.21 GLN 141
LEU 33 0.24 ASN 68 -0.16 GLN 141
THR 34 0.27 GLN 69 -0.19 GLY 107
LEU 33 0.42 ASP 70 -0.24 GLY 107
LEU 32 0.41 VAL 71 -0.15 GLU 108
LYS 35 0.38 ASP 72 -0.17 ASN 2
LYS 35 0.49 ALA 73 -0.15 GLY 77
LYS 35 0.55 ALA 74 -0.13 ASN 2
LYS 35 0.47 VAL 75 -0.18 MET 1
LYS 35 0.46 ARG 76 -0.19 MET 1
LYS 35 0.51 GLY 77 -0.15 ALA 73
LYS 35 0.45 ILE 78 -0.11 MET 1
LYS 35 0.40 LEU 79 -0.14 VAL 94
LYS 35 0.38 ARG 80 -0.13 MET 1
LYS 35 0.36 ASN 81 -0.11 ALA 73
SER 36 0.29 ALA 82 -0.09 GLY 51
SER 36 0.31 LYS 83 -0.08 ASP 70
LYS 35 0.38 LEU 84 -0.06 VAL 94
LYS 35 0.36 LYS 85 -0.08 VAL 94
LYS 35 0.31 PRO 86 -0.06 THR 157
LYS 35 0.34 VAL 87 -0.06 THR 157
LYS 35 0.38 TYR 88 -0.10 THR 157
LYS 35 0.34 ASP 89 -0.10 THR 157
LYS 35 0.32 SER 90 -0.08 ASP 89
LYS 35 0.35 LEU 91 -0.09 THR 157
LYS 35 0.34 ASP 92 -0.11 THR 157
LYS 35 0.36 ALA 93 -0.15 THR 157
LYS 35 0.37 VAL 94 -0.15 ARG 76
LYS 35 0.39 ARG 95 -0.11 THR 157
LYS 35 0.41 ARG 96 -0.14 VAL 94
LYS 35 0.43 ALA 97 -0.14 VAL 75
LYS 35 0.46 ALA 98 -0.08 VAL 75
LYS 35 0.48 LEU 99 -0.07 TRP 158
LYS 35 0.51 ILE 100 -0.10 MET 1
LYS 35 0.54 ASN 101 -0.09 MET 102
LYS 35 0.59 MET 102 -0.11 PHE 67
LYS 35 0.63 VAL 103 -0.16 PHE 104
LYS 35 0.66 PHE 104 -0.18 GLY 107
LYS 35 0.74 GLN 105 -0.19 ILE 29
LYS 35 0.78 MET 106 -0.25 GLY 30
LYS 35 0.70 GLY 107 -0.24 ASP 70
LYS 35 0.55 GLU 108 -0.21 ASP 70
SER 36 0.46 THR 109 -0.22 ASP 70
LYS 35 0.51 GLY 110 -0.20 GLY 30
LYS 35 0.48 VAL 111 -0.14 PHE 104
SER 36 0.38 ALA 112 -0.14 ASP 70
SER 36 0.35 GLY 113 -0.15 GLY 30
SER 36 0.35 PHE 114 -0.12 GLY 12
SER 36 0.28 THR 115 -0.10 ASP 70
PRO 37 0.27 ASN 116 -0.08 GLY 12
PRO 37 0.31 SER 117 -0.06 PHE 104
LYS 35 0.32 LEU 118 -0.05 ASP 70
SER 36 0.27 ARG 119 -0.04 ASP 70
PRO 37 0.27 MET 120 -0.03 PHE 104
LYS 35 0.32 LEU 121 -0.02 LEU 79
LYS 35 0.29 GLN 122 -0.03 LYS 83
LYS 35 0.26 GLN 123 -0.03 LYS 83
LYS 35 0.29 LYS 124 -0.04 ASP 89
PRO 37 0.28 ARG 125 -0.02 ASP 89
LYS 35 0.31 TRP 126 -0.04 ASP 89
PRO 37 0.30 ASP 127 -0.04 TRP 126
PRO 37 0.29 GLU 128 -0.03 ASP 61
PRO 37 0.31 ALA 129 -0.04 ASP 61
PRO 37 0.34 ALA 130 -0.04 ASP 61
PRO 37 0.32 VAL 131 -0.06 GLY 12
PRO 37 0.32 ASN 132 -0.09 GLY 12
PRO 37 0.37 LEU 133 -0.10 GLY 12
PRO 37 0.38 ALA 134 -0.13 GLY 12
PRO 37 0.35 LYS 135 -0.16 GLY 12
PRO 37 0.40 SER 136 -0.20 GLY 12
PRO 37 0.45 ARG 137 -0.28 GLY 12
PRO 37 0.52 TRP 138 -0.26 GLY 12
PRO 37 0.46 TYR 139 -0.24 GLY 12
PRO 37 0.43 ASN 140 -0.29 GLY 12
PRO 37 0.49 GLN 141 -0.39 GLY 12
GLY 23 0.51 THR 142 -0.40 GLY 12
PRO 37 0.46 PRO 143 -0.25 GLY 12
THR 21 0.53 ASN 144 -0.18 ARG 8
ASP 20 0.61 ARG 145 -0.19 ARG 8
TYR 24 0.47 ALA 146 -0.16 ARG 8
PRO 37 0.42 LYS 147 -0.09 ARG 8
ASP 20 0.49 ARG 148 -0.06 PHE 4
LYS 35 0.46 VAL 149 -0.05 VAL 75
LYS 35 0.41 ILE 150 -0.04 ASP 61
LYS 35 0.38 THR 151 -0.05 VAL 75
LYS 35 0.39 THR 152 -0.07 VAL 75
LYS 35 0.38 PHE 153 -0.06 TYR 88
LYS 35 0.34 ARG 154 -0.07 LEU 91
LYS 35 0.33 THR 155 -0.08 ASP 92
LYS 35 0.35 GLY 156 -0.10 ASP 92
LYS 35 0.34 THR 157 -0.15 ALA 93
ASP 20 0.37 TRP 158 -0.13 ARG 76
ASP 20 0.39 ASP 159 -0.12 ALA 93
ASP 20 0.45 ALA 160 -0.08 VAL 75
ASP 20 0.46 TYR 161 -0.11 ILE 3
ASP 20 0.43 LYS 162 -0.13 ASN 2
ASP 20 0.47 ASN 163 -0.18 MET 1
ASP 20 0.53 LEU 164 -0.14 GLU 5

If you find results from this site helpful for your research, please cite one of our papers:

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.