Should you encounter any unexpected behaviour,
please let us know.

* silk *

<R²> analysis for 2402290846441031304

--- normal mode 8 ---

This page gives a visualization of the normalized mean square displacement <R²> of all C-alpha atoms in the protein that are associated to this mode (black bars). The three components of the corresponding eigenvector are shown on the left (colored bars). Here is the raw data for <R2> and for the eigenvector (shift-click on the links for download).

X Y Z residue <R²> <R²>_max = 0.0203
GLY 1 0.0199
GLY 2 0.0186
ALA 3 0.0170
GLY 4 0.0157
GLN 5 0.0144
GLY 6 0.0128
GLY 7 0.0113
TYR 8 0.0099
GLY 9 0.0088
GLY 10 0.0080
LEU 11 0.0071
GLY 12 0.0060
SER 13 0.0052
GLN 14 0.0043
GLY 15 0.0045
ALA 16 0.0041
GLY 17 0.0053
ARG 18 0.0062
GLY 19 0.0070
GLY 20 0.0072
LEU 21 0.0079
GLY 22 0.0086
GLY 23 0.0096
GLN 24 0.0105
GLY 25 0.0114
ALA 26 0.0118
GLY 27 0.0121
ALA 28 0.0123
ALA 29 0.0127
ALA 30 0.0130
ALA 31 0.0129
ALA 32 0.0127
ALA 33 0.0125
GLY 34 0.0124
GLY 35 0.0122
ALA 36 0.0118
GLY 37 0.0108
GLN 38 0.0100
GLY 39 0.0091
GLY 40 0.0082
TYR 41 0.0074
GLY 42 0.0062
GLY 43 0.0058
LEU 44 0.0051
GLY 45 0.0047
SER 46 0.0048
GLN 47 0.0039
GLY 48 0.0043
ALA 49 0.0043
GLY 50 0.0055
ARG 51 0.0066
GLY 52 0.0082
GLY 53 0.0095
LEU 54 0.0111
GLY 55 0.0123
GLY 56 0.0140
GLN 57 0.0150
GLY 58 0.0166
ALA 59 0.0180
GLY 60 0.0195
GLY 1 0.0190
GLY 2 0.0180
ALA 3 0.0169
GLY 4 0.0156
GLN 5 0.0142
GLY 6 0.0126
GLY 7 0.0113
TYR 8 0.0097
GLY 9 0.0089
GLY 10 0.0081
LEU 11 0.0069
GLY 12 0.0057
SER 13 0.0051
GLN 14 0.0042
GLY 15 0.0044
ALA 16 0.0041
GLY 17 0.0052
ARG 18 0.0058
GLY 19 0.0068
GLY 20 0.0074
LEU 21 0.0080
GLY 22 0.0088
GLY 23 0.0097
GLN 24 0.0105
GLY 25 0.0114
ALA 26 0.0118
GLY 27 0.0122
ALA 28 0.0124
ALA 29 0.0127
ALA 30 0.0130
ALA 31 0.0131
ALA 32 0.0129
ALA 33 0.0127
GLY 34 0.0125
GLY 35 0.0123
ALA 36 0.0119
GLY 37 0.0109
GLN 38 0.0101
GLY 39 0.0092
GLY 40 0.0084
TYR 41 0.0076
GLY 42 0.0063
GLY 43 0.0065
LEU 44 0.0055
GLY 45 0.0043
SER 46 0.0047
GLN 47 0.0040
GLY 48 0.0046
ALA 49 0.0051
GLY 50 0.0065
ARG 51 0.0072
GLY 52 0.0085
GLY 53 0.0096
LEU 54 0.0112
GLY 55 0.0124
GLY 56 0.0140
GLN 57 0.0152
GLY 58 0.0168
ALA 59 0.0180
GLY 60 0.0195
GLY 1 0.0194
GLY 2 0.0180
ALA 3 0.0165
GLY 4 0.0153
GLN 5 0.0137
GLY 6 0.0121
GLY 7 0.0112
TYR 8 0.0097
GLY 9 0.0091
GLY 10 0.0080
LEU 11 0.0063
GLY 12 0.0053
SER 13 0.0046
GLN 14 0.0039
GLY 15 0.0040
ALA 16 0.0037
GLY 17 0.0042
ARG 18 0.0055
GLY 19 0.0065
GLY 20 0.0074
LEU 21 0.0083
GLY 22 0.0090
GLY 23 0.0099
GLN 24 0.0106
GLY 25 0.0115
ALA 26 0.0120
GLY 27 0.0123
ALA 28 0.0126
ALA 29 0.0129
ALA 30 0.0132
ALA 31 0.0133
ALA 32 0.0131
ALA 33 0.0129
GLY 34 0.0127
GLY 35 0.0125
ALA 36 0.0120
GLY 37 0.0114
GLN 38 0.0106
GLY 39 0.0097
GLY 40 0.0089
TYR 41 0.0080
GLY 42 0.0069
GLY 43 0.0063
LEU 44 0.0054
GLY 45 0.0042
SER 46 0.0041
GLN 47 0.0034
GLY 48 0.0040
ALA 49 0.0045
GLY 50 0.0059
ARG 51 0.0073
GLY 52 0.0084
GLY 53 0.0091
LEU 54 0.0108
GLY 55 0.0118
GLY 56 0.0136
GLN 57 0.0148
GLY 58 0.0164
ALA 59 0.0176
GLY 60 0.0189
GLY 1 0.0203
GLY 2 0.0190
ALA 3 0.0173
GLY 4 0.0161
GLN 5 0.0145
GLY 6 0.0130
GLY 7 0.0115
TYR 8 0.0100
GLY 9 0.0084
GLY 10 0.0072
LEU 11 0.0057
GLY 12 0.0043
SER 13 0.0032
GLN 14 0.0021
GLY 15 0.0017
ALA 16 0.0025
GLY 17 0.0031
ARG 18 0.0039
GLY 19 0.0051
GLY 20 0.0063
LEU 21 0.0074
GLY 22 0.0084
GLY 23 0.0094
GLN 24 0.0103
GLY 25 0.0113
ALA 26 0.0120
GLY 27 0.0122
ALA 28 0.0124
ALA 29 0.0127
ALA 30 0.0128
ALA 31 0.0131
ALA 32 0.0128
ALA 33 0.0126
GLY 34 0.0123
GLY 35 0.0121
ALA 36 0.0118
GLY 37 0.0109
GLN 38 0.0100
GLY 39 0.0091
GLY 40 0.0081
TYR 41 0.0071
GLY 42 0.0063
GLY 43 0.0055
LEU 44 0.0043
GLY 45 0.0035
SER 46 0.0025
GLN 47 0.0020
GLY 48 0.0018
ALA 49 0.0030
GLY 50 0.0038
ARG 51 0.0056
GLY 52 0.0070
GLY 53 0.0086
LEU 54 0.0100
GLY 55 0.0114
GLY 56 0.0131
GLN 57 0.0145
GLY 58 0.0160
ALA 59 0.0176
GLY 60 0.0191
GLY 1 0.0196
GLY 2 0.0181
ALA 3 0.0165
GLY 4 0.0153
GLN 5 0.0138
GLY 6 0.0122
GLY 7 0.0106
TYR 8 0.0093
GLY 9 0.0077
GLY 10 0.0072
LEU 11 0.0056
GLY 12 0.0043
SER 13 0.0029
GLN 14 0.0021
GLY 15 0.0019
ALA 16 0.0029
GLY 17 0.0034
ARG 18 0.0047
GLY 19 0.0055
GLY 20 0.0066
LEU 21 0.0078
GLY 22 0.0087
GLY 23 0.0096
GLN 24 0.0104
GLY 25 0.0114
ALA 26 0.0120
GLY 27 0.0123
ALA 28 0.0125
ALA 29 0.0128
ALA 30 0.0130
ALA 31 0.0133
ALA 32 0.0130
ALA 33 0.0127
GLY 34 0.0124
GLY 35 0.0122
ALA 36 0.0118
GLY 37 0.0109
GLN 38 0.0099
GLY 39 0.0092
GLY 40 0.0084
TYR 41 0.0074
GLY 42 0.0065
GLY 43 0.0057
LEU 44 0.0046
GLY 45 0.0035
SER 46 0.0023
GLN 47 0.0018
GLY 48 0.0020
ALA 49 0.0032
GLY 50 0.0042
ARG 51 0.0059
GLY 52 0.0071
GLY 53 0.0085
LEU 54 0.0100
GLY 55 0.0114
GLY 56 0.0131
GLN 57 0.0145
GLY 58 0.0158
ALA 59 0.0171
GLY 60 0.0185
GLY 1 0.0191
GLY 2 0.0177
ALA 3 0.0164
GLY 4 0.0152
GLN 5 0.0136
GLY 6 0.0122
GLY 7 0.0106
TYR 8 0.0093
GLY 9 0.0081
GLY 10 0.0069
LEU 11 0.0053
GLY 12 0.0039
SER 13 0.0026
GLN 14 0.0021
GLY 15 0.0019
ALA 16 0.0026
GLY 17 0.0036
ARG 18 0.0048
GLY 19 0.0058
GLY 20 0.0069
LEU 21 0.0081
GLY 22 0.0088
GLY 23 0.0098
GLN 24 0.0106
GLY 25 0.0115
ALA 26 0.0122
GLY 27 0.0125
ALA 28 0.0127
ALA 29 0.0131
ALA 30 0.0133
ALA 31 0.0135
ALA 32 0.0132
ALA 33 0.0129
GLY 34 0.0126
GLY 35 0.0123
ALA 36 0.0119
GLY 37 0.0113
GLN 38 0.0104
GLY 39 0.0096
GLY 40 0.0087
TYR 41 0.0078
GLY 42 0.0069
GLY 43 0.0059
LEU 44 0.0046
GLY 45 0.0035
SER 46 0.0023
GLN 47 0.0013
GLY 48 0.0015
ALA 49 0.0028
GLY 50 0.0038
ARG 51 0.0054
GLY 52 0.0065
GLY 53 0.0082
LEU 54 0.0096
GLY 55 0.0108
GLY 56 0.0123
GLN 57 0.0139
GLY 58 0.0153
ALA 59 0.0169
GLY 60 0.0185
GLY 1 0.0200
GLY 2 0.0185
ALA 3 0.0170
GLY 4 0.0156
GLN 5 0.0142
GLY 6 0.0126
GLY 7 0.0110
TYR 8 0.0096
GLY 9 0.0080
GLY 10 0.0065
LEU 11 0.0050
GLY 12 0.0035
SER 13 0.0021
GLN 14 0.0005
GLY 15 0.0010
ALA 16 0.0021
GLY 17 0.0033
ARG 18 0.0042
GLY 19 0.0055
GLY 20 0.0063
LEU 21 0.0073
GLY 22 0.0083
GLY 23 0.0093
GLN 24 0.0102
GLY 25 0.0111
ALA 26 0.0119
GLY 27 0.0121
ALA 28 0.0124
ALA 29 0.0126
ALA 30 0.0129
ALA 31 0.0131
ALA 32 0.0128
ALA 33 0.0126
GLY 34 0.0124
GLY 35 0.0122
ALA 36 0.0119
GLY 37 0.0109
GLN 38 0.0100
GLY 39 0.0091
GLY 40 0.0082
TYR 41 0.0071
GLY 42 0.0059
GLY 43 0.0047
LEU 44 0.0035
GLY 45 0.0028
SER 46 0.0017
GLN 47 0.0003
GLY 48 0.0014
ALA 49 0.0026
GLY 50 0.0040
ARG 51 0.0054
GLY 52 0.0070
GLY 53 0.0086
LEU 54 0.0101
GLY 55 0.0116
GLY 56 0.0132
GLN 57 0.0147
GLY 58 0.0163
ALA 59 0.0175
GLY 60 0.0191
GLY 1 0.0197
GLY 2 0.0181
ALA 3 0.0167
GLY 4 0.0151
GLN 5 0.0137
GLY 6 0.0121
GLY 7 0.0106
TYR 8 0.0091
GLY 9 0.0076
GLY 10 0.0062
LEU 11 0.0047
GLY 12 0.0034
SER 13 0.0019
GLN 14 0.0005
GLY 15 0.0011
ALA 16 0.0024
GLY 17 0.0034
ARG 18 0.0046
GLY 19 0.0054
GLY 20 0.0064
LEU 21 0.0077
GLY 22 0.0085
GLY 23 0.0094
GLN 24 0.0103
GLY 25 0.0112
ALA 26 0.0118
GLY 27 0.0122
ALA 28 0.0124
ALA 29 0.0128
ALA 30 0.0130
ALA 31 0.0132
ALA 32 0.0130
ALA 33 0.0128
GLY 34 0.0125
GLY 35 0.0123
ALA 36 0.0119
GLY 37 0.0109
GLN 38 0.0099
GLY 39 0.0092
GLY 40 0.0082
TYR 41 0.0071
GLY 42 0.0059
GLY 43 0.0052
LEU 44 0.0042
GLY 45 0.0030
SER 46 0.0017
GLN 47 0.0002
GLY 48 0.0014
ALA 49 0.0028
GLY 50 0.0042
ARG 51 0.0053
GLY 52 0.0069
GLY 53 0.0083
LEU 54 0.0098
GLY 55 0.0111
GLY 56 0.0127
GLN 57 0.0140
GLY 58 0.0156
ALA 59 0.0171
GLY 60 0.0186
GLY 1 0.0196
GLY 2 0.0180
ALA 3 0.0166
GLY 4 0.0150
GLN 5 0.0135
GLY 6 0.0120
GLY 7 0.0104
TYR 8 0.0090
GLY 9 0.0077
GLY 10 0.0062
LEU 11 0.0047
GLY 12 0.0033
SER 13 0.0018
GLN 14 0.0007
GLY 15 0.0010
ALA 16 0.0024
GLY 17 0.0036
ARG 18 0.0048
GLY 19 0.0061
GLY 20 0.0069
LEU 21 0.0081
GLY 22 0.0088
GLY 23 0.0097
GLN 24 0.0106
GLY 25 0.0115
ALA 26 0.0120
GLY 27 0.0123
ALA 28 0.0126
ALA 29 0.0129
ALA 30 0.0132
ALA 31 0.0135
ALA 32 0.0132
ALA 33 0.0130
GLY 34 0.0127
GLY 35 0.0124
ALA 36 0.0120
GLY 37 0.0113
GLN 38 0.0104
GLY 39 0.0095
GLY 40 0.0086
TYR 41 0.0075
GLY 42 0.0065
GLY 43 0.0055
LEU 44 0.0042
GLY 45 0.0030
SER 46 0.0017
GLN 47 0.0002
GLY 48 0.0013
ALA 49 0.0023
GLY 50 0.0037
ARG 51 0.0051
GLY 52 0.0065
GLY 53 0.0081
LEU 54 0.0095
GLY 55 0.0111
GLY 56 0.0127
GLN 57 0.0140
GLY 58 0.0156
ALA 59 0.0167
GLY 60 0.0182
GLY 1 0.0194
GLY 2 0.0178
ALA 3 0.0166
GLY 4 0.0157
GLN 5 0.0142
GLY 6 0.0125
GLY 7 0.0111
TYR 8 0.0096
GLY 9 0.0081
GLY 10 0.0069
LEU 11 0.0055
GLY 12 0.0041
SER 13 0.0031
GLN 14 0.0022
GLY 15 0.0024
ALA 16 0.0025
GLY 17 0.0038
ARG 18 0.0046
GLY 19 0.0057
GLY 20 0.0061
LEU 21 0.0073
GLY 22 0.0083
GLY 23 0.0092
GLN 24 0.0102
GLY 25 0.0112
ALA 26 0.0120
GLY 27 0.0122
ALA 28 0.0124
ALA 29 0.0127
ALA 30 0.0128
ALA 31 0.0130
ALA 32 0.0128
ALA 33 0.0126
GLY 34 0.0123
GLY 35 0.0121
ALA 36 0.0118
GLY 37 0.0108
GLN 38 0.0100
GLY 39 0.0091
GLY 40 0.0082
TYR 41 0.0072
GLY 42 0.0062
GLY 43 0.0055
LEU 44 0.0043
GLY 45 0.0034
SER 46 0.0030
GLN 47 0.0018
GLY 48 0.0022
ALA 49 0.0027
GLY 50 0.0041
ARG 51 0.0055
GLY 52 0.0071
GLY 53 0.0086
LEU 54 0.0102
GLY 55 0.0116
GLY 56 0.0133
GLN 57 0.0146
GLY 58 0.0163
ALA 59 0.0177
GLY 60 0.0193
GLY 1 0.0191
GLY 2 0.0177
ALA 3 0.0162
GLY 4 0.0153
GLN 5 0.0139
GLY 6 0.0122
GLY 7 0.0111
TYR 8 0.0097
GLY 9 0.0086
GLY 10 0.0072
LEU 11 0.0057
GLY 12 0.0046
SER 13 0.0032
GLN 14 0.0021
GLY 15 0.0023
ALA 16 0.0026
GLY 17 0.0038
ARG 18 0.0047
GLY 19 0.0060
GLY 20 0.0067
LEU 21 0.0078
GLY 22 0.0087
GLY 23 0.0096
GLN 24 0.0103
GLY 25 0.0113
ALA 26 0.0120
GLY 27 0.0123
ALA 28 0.0125
ALA 29 0.0128
ALA 30 0.0130
ALA 31 0.0132
ALA 32 0.0129
ALA 33 0.0127
GLY 34 0.0124
GLY 35 0.0121
ALA 36 0.0117
GLY 37 0.0108
GLN 38 0.0099
GLY 39 0.0092
GLY 40 0.0084
TYR 41 0.0074
GLY 42 0.0061
GLY 43 0.0060
LEU 44 0.0049
GLY 45 0.0038
SER 46 0.0032
GLN 47 0.0021
GLY 48 0.0027
ALA 49 0.0032
GLY 50 0.0045
ARG 51 0.0058
GLY 52 0.0073
GLY 53 0.0087
LEU 54 0.0103
GLY 55 0.0118
GLY 56 0.0134
GLN 57 0.0146
GLY 58 0.0159
ALA 59 0.0171
GLY 60 0.0188
GLY 1 0.0187
GLY 2 0.0175
ALA 3 0.0161
GLY 4 0.0145
GLN 5 0.0130
GLY 6 0.0115
GLY 7 0.0109
TYR 8 0.0094
GLY 9 0.0083
GLY 10 0.0070
LEU 11 0.0058
GLY 12 0.0048
SER 13 0.0033
GLN 14 0.0021
GLY 15 0.0017
ALA 16 0.0024
GLY 17 0.0035
ARG 18 0.0048
GLY 19 0.0060
GLY 20 0.0068
LEU 21 0.0080
GLY 22 0.0087
GLY 23 0.0097
GLN 24 0.0104
GLY 25 0.0114
ALA 26 0.0122
GLY 27 0.0125
ALA 28 0.0127
ALA 29 0.0130
ALA 30 0.0132
ALA 31 0.0135
ALA 32 0.0131
ALA 33 0.0128
GLY 34 0.0125
GLY 35 0.0122
ALA 36 0.0119
GLY 37 0.0112
GLN 38 0.0104
GLY 39 0.0096
GLY 40 0.0088
TYR 41 0.0078
GLY 42 0.0067
GLY 43 0.0057
LEU 44 0.0048
GLY 45 0.0036
SER 46 0.0029
GLN 47 0.0020
GLY 48 0.0022
ALA 49 0.0025
GLY 50 0.0040
ARG 51 0.0053
GLY 52 0.0067
GLY 53 0.0082
LEU 54 0.0099
GLY 55 0.0112
GLY 56 0.0129
GLN 57 0.0143
GLY 58 0.0157
ALA 59 0.0173
GLY 60 0.0186
GLY 1 0.0192
GLY 2 0.0189
ALA 3 0.0173
GLY 4 0.0163
GLN 5 0.0148
GLY 6 0.0133
GLY 7 0.0117
TYR 8 0.0104
GLY 9 0.0088
GLY 10 0.0075
LEU 11 0.0060
GLY 12 0.0048
SER 13 0.0039
GLN 14 0.0037
GLY 15 0.0039
ALA 16 0.0045
GLY 17 0.0042
ARG 18 0.0051
GLY 19 0.0062
GLY 20 0.0070
LEU 21 0.0077
GLY 22 0.0085
GLY 23 0.0095
GLN 24 0.0104
GLY 25 0.0113
ALA 26 0.0117
GLY 27 0.0120
ALA 28 0.0122
ALA 29 0.0125
ALA 30 0.0128
ALA 31 0.0129
ALA 32 0.0127
ALA 33 0.0126
GLY 34 0.0124
GLY 35 0.0123
ALA 36 0.0118
GLY 37 0.0109
GLN 38 0.0101
GLY 39 0.0092
GLY 40 0.0083
TYR 41 0.0075
GLY 42 0.0064
GLY 43 0.0059
LEU 44 0.0049
GLY 45 0.0041
SER 46 0.0037
GLN 47 0.0041
GLY 48 0.0042
ALA 49 0.0053
GLY 50 0.0058
ARG 51 0.0076
GLY 52 0.0085
GLY 53 0.0098
LEU 54 0.0109
GLY 55 0.0124
GLY 56 0.0136
GLN 57 0.0152
GLY 58 0.0163
ALA 59 0.0178
GLY 60 0.0187
GLY 1 0.0195
GLY 2 0.0183
ALA 3 0.0168
GLY 4 0.0163
GLN 5 0.0147
GLY 6 0.0132
GLY 7 0.0116
TYR 8 0.0104
GLY 9 0.0088
GLY 10 0.0077
LEU 11 0.0061
GLY 12 0.0051
SER 13 0.0045
GLN 14 0.0041
GLY 15 0.0040
ALA 16 0.0046
GLY 17 0.0047
ARG 18 0.0058
GLY 19 0.0068
GLY 20 0.0079
LEU 21 0.0084
GLY 22 0.0090
GLY 23 0.0098
GLN 24 0.0106
GLY 25 0.0115
ALA 26 0.0116
GLY 27 0.0120
ALA 28 0.0123
ALA 29 0.0128
ALA 30 0.0131
ALA 31 0.0131
ALA 32 0.0129
ALA 33 0.0127
GLY 34 0.0125
GLY 35 0.0124
ALA 36 0.0119
GLY 37 0.0111
GLN 38 0.0101
GLY 39 0.0094
GLY 40 0.0085
TYR 41 0.0077
GLY 42 0.0066
GLY 43 0.0061
LEU 44 0.0049
GLY 45 0.0042
SER 46 0.0037
GLN 47 0.0040
GLY 48 0.0043
ALA 49 0.0051
GLY 50 0.0061
ARG 51 0.0075
GLY 52 0.0082
GLY 53 0.0097
LEU 54 0.0108
GLY 55 0.0121
GLY 56 0.0137
GLN 57 0.0153
GLY 58 0.0165
ALA 59 0.0179
GLY 60 0.0190
GLY 1 0.0192
GLY 2 0.0184
ALA 3 0.0169
GLY 4 0.0161
GLN 5 0.0145
GLY 6 0.0129
GLY 7 0.0116
TYR 8 0.0102
GLY 9 0.0086
GLY 10 0.0072
LEU 11 0.0058
GLY 12 0.0046
SER 13 0.0039
GLN 14 0.0039
GLY 15 0.0035
ALA 16 0.0042
GLY 17 0.0046
ARG 18 0.0059
GLY 19 0.0069
GLY 20 0.0074
LEU 21 0.0084
GLY 22 0.0091
GLY 23 0.0100
GLN 24 0.0105
GLY 25 0.0114
ALA 26 0.0117
GLY 27 0.0121
ALA 28 0.0125
ALA 29 0.0129
ALA 30 0.0133
ALA 31 0.0134
ALA 32 0.0131
ALA 33 0.0129
GLY 34 0.0126
GLY 35 0.0124
ALA 36 0.0119
GLY 37 0.0113
GLN 38 0.0104
GLY 39 0.0097
GLY 40 0.0088
TYR 41 0.0080
GLY 42 0.0069
GLY 43 0.0063
LEU 44 0.0050
GLY 45 0.0041
SER 46 0.0035
GLN 47 0.0035
GLY 48 0.0036
ALA 49 0.0048
GLY 50 0.0060
ARG 51 0.0073
GLY 52 0.0079
GLY 53 0.0094
LEU 54 0.0105
GLY 55 0.0120
GLY 56 0.0135
GLN 57 0.0151
GLY 58 0.0165
ALA 59 0.0178
GLY 60 0.0189

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

K. Suhre & Y.H. Sanejouand, ElNemo: a normal mode web-server for protein movement analysis and the generation of templates for molecular replacement. Nucleic Acids Research, 32, W610-W614, 2004.
K. Suhre & Y.H. Sanejouand, On the potential of normal mode analysis for solving difficult molecular replacement problems. Acta Cryst. D vol.60, p796-799, 2004 © International Union of Crystallography.

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: April 25th, 2023.

Should you encounter any unexpected behaviour, please let us know.

*** silk ***

<R2> analysis for 2402290846441031304

--- normal mode 8 ---

Should you encounter any unexpected behaviour,
please let us know.

* silk *

<R²> analysis for 2402290846441031304