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CA distance fluctuations for 2604281229552864840

---  normal mode 8  ---

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
GLY 25 0.01 LEU 4 -0.23 ASP 80
GLY 25 0.01 THR 5 -0.21 ASP 80
GLY 25 0.02 GLU 6 -0.15 ASP 80
GLY 25 0.01 GLU 7 -0.14 ASP 80
GLY 25 0.01 GLN 8 -0.18 MET 76
GLY 25 0.02 ILE 9 -0.13 MET 76
GLY 25 0.02 ALA 10 -0.08 MET 76
PRO 66 0.01 GLU 11 -0.07 MET 72
PRO 66 0.02 PHE 12 -0.08 MET 72
ASP 131 0.02 LYS 13 -0.04 PHE 68
GLY 98 0.03 GLU 14 -0.03 VAL 55
ALA 73 0.08 ALA 15 -0.04 VAL 55
GLY 98 0.08 PHE 16 -0.03 VAL 55
GLY 98 0.08 SER 17 -0.02 VAL 55
ASN 97 0.11 LEU 18 -0.03 MET 51
GLY 98 0.13 PHE 19 -0.02 MET 51
GLY 98 0.12 ASP 20 -0.01 MET 51
ASN 97 0.14 LYS 21 -0.02 VAL 35
ASN 97 0.12 ASP 22 -0.02 VAL 35
ASN 97 0.09 GLY 23 -0.01 VAL 35
GLY 98 0.09 ASP 24 -0.01 THR 34
GLY 98 0.08 GLY 25 -0.02 GLY 113
GLY 98 0.10 THR 26 -0.01 ASP 64
GLY 98 0.13 ILE 27 -0.01 PHE 16
GLY 98 0.16 THR 28 -0.01 ALA 15
GLY 98 0.19 THR 29 -0.01 ALA 15
GLY 98 0.20 LYS 30 -0.00 GLY 61
GLY 98 0.18 GLU 31 -0.01 ASP 24
GLY 98 0.20 LEU 32 -0.01 PHE 19
GLY 98 0.24 GLY 33 -0.01 ASP 24
ASN 97 0.23 THR 34 -0.01 ASP 22
GLY 98 0.22 VAL 35 -0.02 LYS 21
GLY 98 0.27 MET 36 -0.01 LYS 21
ASN 97 0.29 ARG 37 -0.01 ASP 22
GLY 96 0.28 SER 38 -0.02 ASP 22
GLY 96 0.31 LEU 39 -0.02 LYS 21
GLY 96 0.37 GLY 40 -0.01 LYS 21
GLY 98 0.36 GLN 41 -0.01 LYS 21
GLY 98 0.34 ASN 42 -0.01 LYS 21
GLY 98 0.32 PRO 43 -0.01 ALA 15
GLY 98 0.30 THR 44 -0.01 GLU 11
GLY 98 0.26 GLU 45 -0.01 ALA 15
GLY 98 0.26 ALA 46 -0.02 ALA 15
GLY 98 0.27 GLU 47 -0.02 ALA 15
GLY 98 0.24 LEU 48 -0.02 ALA 15
GLY 98 0.21 GLN 49 -0.02 ALA 15
GLU 139 0.22 ASP 50 -0.03 ALA 15
GLU 139 0.21 MET 51 -0.04 ALA 15
GLU 139 0.16 ILE 52 -0.03 ALA 15
GLU 139 0.16 ASN 53 -0.03 PHE 12
GLU 139 0.15 GLU 54 -0.04 PHE 12
GLU 139 0.12 VAL 55 -0.04 PHE 12
ASP 131 0.11 ASP 56 -0.03 THR 70
ASP 131 0.09 ALA 57 -0.06 THR 70
ASP 131 0.09 ASP 58 -0.06 THR 70
ASP 131 0.12 GLY 59 -0.04 THR 70
ASP 131 0.11 ASN 60 -0.04 THR 70
ASP 131 0.13 GLY 61 -0.02 THR 70
GLY 98 0.12 THR 62 -0.02 PHE 16
GLY 98 0.10 ILE 63 -0.03 PHE 16
ASP 131 0.08 ASP 64 -0.03 GLY 113
ASP 131 0.06 PHE 65 -0.04 GLY 113
ASP 131 0.06 PRO 66 -0.05 GLY 113
GLU 139 0.08 GLU 67 -0.04 GLY 113
GLU 139 0.08 PHE 68 -0.06 PHE 12
VAL 35 0.06 LEU 69 -0.07 ILE 9
LEU 39 0.06 THR 70 -0.06 ALA 57
GLU 139 0.08 MET 71 -0.07 THR 5
MET 36 0.12 MET 72 -0.12 GLN 8
LEU 39 0.12 ALA 73 -0.15 THR 5
LEU 39 0.11 ARG 74 -0.10 THR 5
MET 36 0.15 LYS 75 -0.13 THR 5
LEU 39 0.19 MET 76 -0.20 THR 5
LEU 39 0.17 LYS 77 -0.18 THR 5
LEU 39 0.18 ASP 78 -0.15 LEU 4
LEU 39 0.25 THR 79 -0.18 LEU 4
LEU 39 0.23 ASP 80 -0.23 LEU 4
LEU 39 0.21 SER 81 -0.18 LEU 4
GLN 41 0.26 GLU 82 -0.17 LEU 4
GLY 40 0.30 GLU 83 -0.21 LEU 4
GLY 40 0.25 GLU 84 -0.22 LEU 4
GLY 40 0.25 ILE 85 -0.18 LEU 4
GLY 40 0.31 ARG 86 -0.18 LEU 4
GLY 40 0.30 GLU 87 -0.21 LEU 4
GLY 40 0.27 ALA 88 -0.20 LEU 4
GLY 40 0.29 PHE 89 -0.17 LEU 4
GLY 40 0.33 ARG 90 -0.18 LEU 4
GLY 40 0.29 VAL 91 -0.20 LEU 4
GLY 40 0.27 PHE 92 -0.17 LEU 4
GLY 40 0.31 ASP 93 -0.16 LEU 4
GLY 40 0.31 LYS 94 -0.17 LEU 4
GLY 40 0.33 ASP 95 -0.15 LEU 4
GLY 40 0.37 GLY 96 -0.15 LEU 4
GLY 40 0.36 ASN 97 -0.13 LEU 4
GLN 41 0.36 GLY 98 -0.13 LEU 4
GLN 41 0.31 TYR 99 -0.13 LEU 4
GLY 40 0.27 ILE 100 -0.13 LEU 4
GLY 40 0.26 SER 101 -0.13 LEU 4
GLY 40 0.23 ALA 102 -0.13 LEU 4
GLY 40 0.24 ALA 103 -0.14 LEU 4
GLY 40 0.25 GLU 104 -0.15 LEU 4
GLY 40 0.23 LEU 105 -0.15 LEU 4
GLY 40 0.21 ARG 106 -0.14 LEU 4
GLY 40 0.23 HIS 107 -0.16 LEU 4
GLY 40 0.23 VAL 108 -0.17 LEU 4
GLY 40 0.20 MET 109 -0.16 LEU 4
GLY 40 0.20 THR 110 -0.16 LEU 4
GLY 40 0.21 ASN 111 -0.18 LEU 4
GLY 40 0.19 LEU 112 -0.18 LEU 4
GLY 40 0.18 GLY 113 -0.17 LEU 4
GLY 40 0.17 GLU 114 -0.15 LEU 4
GLY 40 0.18 LYS 115 -0.14 LEU 4
GLY 40 0.18 LEU 116 -0.13 LEU 4
GLY 40 0.18 THR 117 -0.12 LEU 4
GLY 40 0.19 ASP 118 -0.12 LEU 4
GLY 40 0.17 GLU 119 -0.11 LEU 4
GLY 40 0.17 GLU 120 -0.11 LEU 4
GLY 40 0.19 VAL 121 -0.12 LEU 4
GLN 41 0.18 ASP 122 -0.11 LEU 4
GLN 41 0.16 GLU 123 -0.10 LEU 4
GLN 41 0.17 MET 124 -0.11 LEU 4
GLN 41 0.20 ILE 125 -0.11 LEU 4
GLN 41 0.18 ARG 126 -0.09 LEU 4
GLN 41 0.16 GLU 127 -0.09 LEU 4
GLN 41 0.18 ALA 128 -0.09 LEU 4
PRO 43 0.20 ASP 129 -0.09 LEU 4
THR 44 0.21 ILE 130 -0.07 LEU 4
THR 44 0.25 ASP 131 -0.07 LEU 4
THR 44 0.22 GLY 132 -0.08 LEU 4
THR 44 0.25 ASP 133 -0.09 LEU 4
ASN 42 0.23 GLY 134 -0.10 LEU 4
GLN 41 0.25 GLN 135 -0.11 LEU 4
GLN 41 0.25 VAL 136 -0.11 LEU 4
GLN 41 0.29 ASN 137 -0.11 LEU 4
GLN 41 0.31 TYR 138 -0.12 LEU 4
GLN 41 0.27 GLU 139 -0.10 LEU 4
GLN 41 0.23 GLU 140 -0.10 LEU 4
GLN 41 0.24 PHE 141 -0.12 LEU 4
GLN 41 0.22 VAL 142 -0.11 LEU 4
GLN 41 0.17 GLN 143 -0.09 LEU 4

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).
Between 2015 and 2025, it was hosted by US2B (Nantes).
Last modification: april 24th, 2026.