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***  HYDROLASE/HYDROLASE INHIBITOR 29-OCT-17 5YOK  ***

CA distance fluctuations for 21062218281741693

---  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 increasereflargest decrease
GLY 68 0.08 PRO 1 -0.05 ARG 8
GLY 68 0.08 GLN 2 -0.05 ARG 8
THR 12 0.11 ILE 3 -0.07 ARG 8
THR 12 0.14 THR 4 -0.06 GLY 48
THR 12 0.15 LEU 5 -0.07 GLY 48
THR 12 0.16 TRP 6 -0.10 ILE 47
LYS 20 0.17 LYS 7 -0.10 GLY 48
ASN 88 0.17 ARG 8 -0.08 PRO 9
THR 12 0.15 PRO 9 -0.08 ARG 8
LYS 20 0.15 LEU 10 -0.06 GLY 52
THR 12 0.15 VAL 11 -0.06 VAL 82
LYS 7 0.16 THR 12 -0.06 VAL 82
LYS 7 0.12 ILE 13 -0.04 ARG 87
LYS 7 0.12 LYS 14 -0.05 LYS 7
LYS 7 0.10 ILE 15 -0.07 LYS 7
GLY 40 0.11 GLY 16 -0.08 LYS 7
GLY 40 0.12 GLY 17 -0.07 LYS 7
LYS 7 0.14 GLN 18 -0.05 LYS 7
LYS 7 0.16 LEU 19 -0.06 PRO 79
GLU 21 0.20 LYS 20 -0.07 PRO 79
LYS 20 0.20 GLU 21 -0.07 VAL 82
ASN 88 0.13 ALA 22 -0.05 VAL 82
ALA 22 0.11 LEU 23 -0.04 GLY 52
ASN 88 0.07 LEU 24 -0.05 ASP 60
GLY 73 0.04 ASP 25 -0.08 ASP 60
GLY 49 0.05 THR 26 -0.13 ASP 60
GLY 49 0.08 GLY 27 -0.14 ASP 60
ILE 50 0.08 ALA 28 -0.14 ASP 60
GLY 48 0.12 ASP 29 -0.20 ASP 60
ASN 88 0.09 ASP 30 -0.17 ASP 29
ASN 88 0.10 ASP 30 -0.19 ASP 29
GLY 48 0.06 THR 31 -0.12 GLU 21
GLY 48 0.08 VAL 32 -0.11 VAL 82
LYS 45 0.13 ILE 33 -0.07 VAL 82
LYS 45 0.17 GLU 34 -0.09 PRO 79
LYS 45 0.19 GLU 35 -0.07 LYS 55
ARG 41 0.17 MET 36 -0.06 ARG 8
ARG 41 0.22 SER 37 -0.09 LYS 7
ARG 41 0.23 SER 37 -0.09 LYS 7
ARG 41 0.19 LEU 38 -0.11 LYS 7
GLY 40 0.18 PRO 39 -0.14 LYS 7
PRO 39 0.18 GLY 40 -0.20 LYS 7
SER 37 0.23 ARG 41 -0.25 LYS 7
ARG 41 0.08 TRP 42 -0.20 GLU 21
GLY 52 0.07 LYS 43 -0.22 GLU 21
GLY 52 0.09 PRO 44 -0.18 VAL 82
GLY 73 0.07 LYS 45 -0.22 VAL 82
ASN 88 0.08 MET 46 -0.20 PRO 81
ASN 88 0.09 ILE 47 -0.22 PRO 81
ASP 29 0.12 GLY 48 -0.20 PRO 81
ASP 29 0.12 GLY 48 -0.21 PRO 81
LYS 7 0.12 GLY 49 -0.14 ILE 47
LYS 7 0.12 GLY 49 -0.13 ILE 47
LYS 7 0.08 ILE 50 -0.08 ILE 47
LYS 7 0.09 ILE 50 -0.09 ILE 47
LYS 7 0.08 GLY 51 -0.07 LYS 7
LYS 7 0.09 GLY 51 -0.07 LYS 7
LYS 7 0.11 GLY 52 -0.09 PRO 79
ASP 29 0.10 PHE 53 -0.11 PRO 81
GLY 52 0.14 ILE 54 -0.10 PRO 81
GLY 52 0.14 LYS 55 -0.11 VAL 82
GLY 52 0.12 VAL 56 -0.13 VAL 82
GLY 48 0.10 ARG 57 -0.15 VAL 82
GLY 52 0.07 GLN 58 -0.19 GLU 21
GLY 48 0.06 TYR 59 -0.20 ARG 8
ILE 62 0.05 ASP 60 -0.27 LYS 7
LYS 45 0.05 GLN 61 -0.23 LYS 7
LYS 45 0.06 ILE 62 -0.17 LYS 7
LYS 45 0.06 ILE 63 -0.12 LYS 7
LYS 45 0.06 ILE 63 -0.13 LYS 7
LYS 7 0.07 ILE 64 -0.08 LYS 7
LYS 7 0.07 ILE 64 -0.09 LYS 7
TRP 6 0.08 GLU 65 -0.06 LYS 7
TRP 6 0.08 ILE 66 -0.04 ARG 87
THR 4 0.10 ALA 67 -0.04 VAL 82
THR 4 0.09 GLY 68 -0.04 HIS 69
TRP 6 0.05 HIS 69 -0.04 THR 12
HIS 69 0.05 LYS 70 -0.07 LYS 7
MET 46 0.05 ALA 71 -0.10 LYS 7
MET 46 0.05 ALA 71 -0.11 TRP 6
THR 74 0.08 ILE 72 -0.16 TRP 6
THR 74 0.11 GLY 73 -0.21 LYS 7
GLY 73 0.11 THR 74 -0.22 ARG 8
GLY 48 0.06 VAL 75 -0.16 ARG 8
GLY 48 0.08 LEU 76 -0.14 VAL 82
GLY 48 0.13 VAL 77 -0.10 VAL 82
GLY 48 0.17 GLY 78 -0.08 VAL 82
GLY 48 0.21 PRO 79 -0.09 GLU 34
GLY 48 0.20 THR 80 -0.06 GLU 21
ILE 47 0.21 PRO 81 -0.06 GLY 51
GLU 34 0.17 VAL 82 -0.07 GLU 21
ASP 29 0.13 ASN 83 -0.05 GLU 21
ASP 30 0.09 ILE 84 -0.06 VAL 82
LYS 45 0.06 ILE 85 -0.07 VAL 82
GLY 48 0.06 GLY 86 -0.12 ASP 60
GLY 48 0.09 ARG 87 -0.19 ASP 60
ASP 30 0.10 ASN 88 -0.20 ARG 8
ILE 47 0.07 LEU 89 -0.16 ARG 87
GLY 48 0.06 LEU 90 -0.11 ASP 60
GLY 48 0.08 THR 91 -0.15 ARG 41
ILE 47 0.07 GLN 92 -0.12 ARG 41
ILE 47 0.05 ILE 93 -0.08 ARG 41
GLY 48 0.06 GLY 94 -0.10 ARG 41
GLY 48 0.04 ALA 95 -0.09 ASP 60
GLY 48 0.04 THR 96 -0.12 ASP 60
ARG 8 0.04 LEU 97 -0.11 ASP 60
LEU 10 0.05 ASN 98 -0.10 ASP 60
THR 12 0.06 PHE 99 -0.10 ASP 60
LEU 10 0.07 PRO 1 -0.13 ASP 60
LEU 10 0.07 GLN 2 -0.13 ASP 60
GLY 49 0.05 ILE 3 -0.16 ASP 60
GLY 49 0.07 THR 4 -0.17 ASP 60
GLY 49 0.08 LEU 5 -0.19 ASP 60
GLY 48 0.11 TRP 6 -0.24 ASP 60
GLY 49 0.12 LYS 7 -0.27 ASP 60
GLY 49 0.10 ARG 8 -0.26 ASP 60
GLY 49 0.07 PRO 9 -0.21 ASP 60
PRO 1 0.07 LEU 10 -0.23 ASP 60
PRO 1 0.06 VAL 11 -0.21 ASP 60
ALA 67 0.05 THR 12 -0.22 ASP 60
ILE 66 0.06 ILE 13 -0.18 ASP 60
THR 91 0.06 LYS 14 -0.17 ASP 60
LYS 7 0.07 ILE 15 -0.14 ASP 60
LYS 7 0.07 ILE 15 -0.14 ASP 60
LYS 7 0.07 GLY 16 -0.13 ASP 60
TRP 6 0.06 GLY 17 -0.15 ASP 60
THR 91 0.05 GLN 18 -0.18 LYS 43
THR 91 0.05 LEU 19 -0.20 ASP 60
ALA 67 0.05 LYS 20 -0.21 ASP 60
PRO 1 0.06 GLU 21 -0.23 ASP 60
VAL 11 0.05 ALA 22 -0.20 ASP 60
PRO 1 0.04 LEU 23 -0.18 ASP 60
PRO 81 0.04 LEU 24 -0.15 ASP 60
PRO 81 0.05 ASP 25 -0.11 ASP 60
LYS 20 0.07 THR 26 -0.08 ASP 60
ASN 83 0.08 GLY 27 -0.05 ASP 60
VAL 82 0.12 ALA 28 -0.06 TRP 6
VAL 82 0.14 ASP 29 -0.09 ILE 47
VAL 82 0.15 ASP 30 -0.07 THR 91
VAL 82 0.15 ASP 30 -0.07 THR 91
PRO 81 0.11 THR 31 -0.07 ASP 60
PRO 81 0.09 VAL 32 -0.09 LYS 45
PRO 81 0.09 VAL 32 -0.09 LYS 45
PRO 81 0.06 ILE 33 -0.13 LYS 45
PRO 81 0.03 GLU 34 -0.17 LYS 45
PRO 81 0.03 GLU 34 -0.17 LYS 45
PRO 81 0.04 GLU 35 -0.16 LYS 45
PRO 81 0.04 GLU 35 -0.16 LYS 45
PRO 81 0.05 MET 36 -0.15 LYS 45
PRO 81 0.06 SER 37 -0.12 LYS 45
PRO 81 0.08 LEU 38 -0.10 LYS 45
PRO 81 0.09 PRO 39 -0.08 LYS 45
PRO 81 0.11 GLY 40 -0.06 LYS 45
PRO 81 0.12 ARG 41 -0.04 LYS 45
PRO 81 0.13 TRP 42 -0.04 GLY 48
GLU 35 0.16 LYS 43 -0.04 GLN 92
GLU 35 0.16 PRO 44 -0.04 GLN 92
PRO 81 0.19 LYS 45 -0.05 THR 91
PRO 81 0.20 LYS 45 -0.05 THR 91
PRO 79 0.19 MET 46 -0.09 TRP 6
PRO 81 0.21 ILE 47 -0.10 TRP 6
PRO 79 0.21 GLY 48 -0.10 LYS 7
PRO 79 0.20 GLY 48 -0.10 LYS 7
ILE 47 0.13 GLY 49 -0.08 LYS 7
THR 80 0.14 GLY 49 -0.08 LYS 7
ILE 47 0.11 ILE 50 -0.05 GLU 21
ILE 47 0.11 ILE 50 -0.05 GLU 21
LYS 55 0.09 GLY 51 -0.06 LYS 7
ILE 54 0.11 GLY 51 -0.06 PRO 81
PRO 79 0.15 GLY 52 -0.09 LYS 7
PRO 79 0.17 PHE 53 -0.09 LYS 7
PRO 79 0.11 ILE 54 -0.07 TRP 6
PRO 79 0.12 LYS 55 -0.06 TRP 6
PRO 81 0.12 VAL 56 -0.05 GLY 48
PRO 81 0.12 ARG 57 -0.05 GLY 48
PRO 81 0.15 GLN 58 -0.04 ILE 93
PRO 81 0.13 TYR 59 -0.05 LYS 45
LYS 20 0.15 ASP 60 -0.05 HIS 69
LYS 7 0.15 GLN 61 -0.05 HIS 69
LYS 7 0.11 ILE 62 -0.07 ASP 60
LYS 7 0.11 ILE 63 -0.09 ASP 60
LYS 7 0.09 ILE 64 -0.11 ASP 60
THR 91 0.09 GLU 65 -0.13 ASP 60
THR 91 0.06 ILE 66 -0.15 ASP 60
GLY 94 0.06 ALA 67 -0.17 ASP 60
HIS 69 0.08 GLY 68 -0.16 ASP 60
GLY 94 0.09 HIS 69 -0.12 ASP 60
TRP 6 0.12 LYS 70 -0.11 ASP 60
TRP 6 0.13 ALA 71 -0.08 ASP 60
LYS 7 0.14 ILE 72 -0.07 HIS 69
LYS 7 0.15 GLY 73 -0.05 HIS 69
LYS 20 0.14 THR 74 -0.05 ILE 93
PRO 81 0.12 VAL 75 -0.06 LYS 45
PRO 81 0.12 LEU 76 -0.06 LYS 45
PRO 81 0.09 VAL 77 -0.09 LYS 45
PRO 81 0.07 GLY 78 -0.10 LYS 45
LYS 7 0.03 PRO 79 -0.14 MET 46
LYS 7 0.03 PRO 79 -0.13 ILE 47
LYS 7 0.04 THR 80 -0.16 ILE 47
LYS 7 0.04 THR 80 -0.16 ILE 47
LYS 7 0.06 PRO 81 -0.22 ILE 47
LYS 7 0.06 PRO 81 -0.22 ILE 47
PRO 1 0.04 VAL 82 -0.22 LYS 45
PRO 1 0.04 VAL 82 -0.22 LYS 45
VAL 11 0.03 ASN 83 -0.17 LYS 45
PRO 81 0.05 ILE 84 -0.13 ASP 60
PRO 81 0.07 ILE 85 -0.11 ASP 60
VAL 82 0.10 GLY 86 -0.07 ASP 60
LEU 89 0.16 ARG 87 -0.07 ILE 47
ARG 8 0.17 ASN 88 -0.07 THR 91
ARG 87 0.16 LEU 89 -0.06 ASP 60
THR 12 0.10 LEU 90 -0.08 ASP 60
GLN 92 0.14 THR 91 -0.07 ASP 30
THR 91 0.14 GLN 92 -0.06 ASP 60
THR 12 0.10 ILE 93 -0.08 ASP 60
THR 12 0.10 GLY 94 -0.07 ASP 60
THR 12 0.09 ALA 95 -0.08 ASP 60
THR 12 0.09 THR 96 -0.06 ASP 60
THR 12 0.06 LEU 97 -0.07 ASP 60
GLY 68 0.04 ASN 98 -0.06 ASP 60
GLY 48 0.03 PHE 99 -0.06 ARG 41

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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.