Should you encounter any unexpected behaviour,
please let us know.
elNémo has been hacked on november 27th.
It has been moved away and runs again.
Still some additional cleaning from time to time
Sorry for the inconvenience.

* IMMUNE SYSTEM 13-JUL-05 2AAB *

CA distance fluctuations for 2603241814171492298

--- 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 increase ref largest decrease
THR 202 0.11 ASP 1 -0.14 SER 172

LYS 199 0.10 ILE 2 -0.13 SER 172

LYS 199 0.12 GLN 3 -0.15 SER 172

LYS 199 0.09 LEU 4 -0.13 SER 172

ASP 110 0.10 THR 5 -0.14 SER 172

ALA 109 0.10 GLN 6 -0.12 SER 172

ALA 109 0.11 SER 7 -0.13 SER 172

ALA 109 0.13 PRO 8 -0.13 ASN 157

ALA 109 0.11 ALA 9 -0.12 SER 172

GLN 6 0.10 SER 10 -0.10 GLN 156

LYS 107 0.11 LEU 11 -0.12 ASN 145

LYS 107 0.20 ALA 12 -0.16 ASP 143

SER 160 0.15 VAL 13 -0.13 ASP 143

SER 160 0.19 SER 14 -0.14 LYS 199

SER 160 0.23 LEU 15 -0.12 ALA 109

SER 160 0.22 GLY 16 -0.12 LYS 199

SER 160 0.18 GLN 17 -0.14 LYS 199

SER 160 0.15 ARG 18 -0.11 LYS 199

SER 160 0.14 VAL 19 -0.09 ASN 145

SER 160 0.12 THR 20 -0.09 GLN 156

SER 160 0.10 ILE 21 -0.09 GLN 156

SER 160 0.09 SER 22 -0.10 SER 172

ALA 109 0.08 CYS 23 -0.10 SER 172

ALA 109 0.09 ARG 24 -0.12 SER 172

ASP 110 0.09 ALA 25 -0.12 SER 172

LYS 199 0.11 SER 26 -0.14 SER 172

LYS 199 0.09 GLU 27 -0.12 SER 172

LYS 199 0.07 SER 27 -0.11 SER 172

LYS 199 0.06 VAL 27 -0.09 SER 172

ASP 110 0.05 GLU 27 -0.08 SER 172

LYS 199 0.04 TYR 27 -0.07 SER 172

GLY 157 0.04 TYR 28 -0.06 SER 172

GLY 157 0.05 GLY 29 -0.06 SER 172

GLY 157 0.05 SER 30 -0.06 SER 172

GLY 157 0.06 SER 31 -0.07 SER 172

GLY 157 0.05 LEU 32 -0.06 SER 172

GLY 157 0.06 MET 33 -0.06 SER 172

PRO 200 0.07 GLN 34 -0.05 SER 172

PRO 200 0.09 TRP 35 -0.04 SER 172

PRO 200 0.10 TYR 36 -0.05 ASP 1

THR 151 0.13 GLN 37 -0.08 ASP 1

PRO 149 0.14 GLN 38 -0.09 ASP 1

PRO 149 0.19 LYS 39 -0.14 SER 168

PRO 149 0.22 PRO 40 -0.22 SER 168

PRO 149 0.28 GLY 41 -0.22 SER 168

PRO 149 0.23 GLN 42 -0.18 SER 168

PRO 149 0.17 PRO 43 -0.14 SER 168

PRO 149 0.14 PRO 44 -0.10 SER 168

PRO 200 0.15 LYS 45 -0.09 VAL 2

PRO 200 0.13 LEU 46 -0.07 ASP 81

PRO 200 0.13 LEU 47 -0.07 ASP 81

PRO 200 0.10 ILE 48 -0.05 ASP 81

PRO 200 0.09 TYR 49 -0.04 ASP 81

PRO 200 0.07 ALA 50 -0.04 SER 172

GLY 157 0.08 ALA 51 -0.05 SER 172

GLY 157 0.09 SER 52 -0.04 SER 172

PRO 200 0.10 ASN 53 -0.04 ALA 60

PRO 200 0.12 VAL 54 -0.05 ALA 60

PRO 200 0.13 GLU 55 -0.07 ASP 81

PRO 200 0.15 SER 56 -0.07 ASP 81

PRO 200 0.18 GLY 57 -0.09 ASP 81

PRO 200 0.17 VAL 58 -0.08 ASP 81

GLY 157 0.18 PRO 59 -0.07 ALA 109

GLY 157 0.17 ALA 60 -0.06 THR 202

GLY 157 0.17 ARG 61 -0.07 THR 202

GLY 157 0.15 PHE 62 -0.05 THR 202

GLY 157 0.13 SER 63 -0.04 GLN 156

GLY 157 0.11 GLY 64 -0.05 GLN 156

GLY 157 0.09 SER 65 -0.06 SER 172

GLY 157 0.08 GLY 66 -0.07 SER 172

SER 160 0.07 SER 67 -0.08 SER 172

ALA 109 0.06 GLY 68 -0.09 SER 172

ALA 109 0.08 THR 69 -0.11 SER 172

ALA 109 0.08 ASP 70 -0.10 SER 172

SER 160 0.08 PHE 71 -0.08 SER 172

SER 160 0.09 SER 72 -0.08 SER 172

GLY 157 0.11 LEU 73 -0.06 GLN 156

GLY 157 0.13 ASN 74 -0.07 GLN 156

GLY 157 0.15 ILE 75 -0.07 THR 202

GLY 157 0.16 HIS 76 -0.09 THR 202

GLY 157 0.19 PRO 77 -0.10 LYS 199

SER 160 0.20 VAL 78 -0.09 ASP 1

SER 160 0.23 GLU 79 -0.12 ASP 1

SER 160 0.27 GLU 80 -0.15 ASP 1

GLY 157 0.24 ASP 81 -0.17 ASP 1

GLY 157 0.19 ASP 82 -0.13 ASP 1

SER 160 0.18 ILE 83 -0.13 ASP 1

THR 151 0.16 ALA 84 -0.12 ASP 1

THR 151 0.11 MET 85 -0.08 ASP 1

THR 151 0.10 TYR 86 -0.07 ASP 1

THR 151 0.07 PHE 87 -0.06 SER 172

GLY 157 0.06 CYS 88 -0.08 SER 172

LYS 199 0.05 GLN 89 -0.07 SER 172

LYS 199 0.06 GLN 90 -0.07 SER 172

LYS 199 0.05 SER 91 -0.06 GLU 85

LYS 199 0.06 ARG 92 -0.07 SER 172

THR 202 0.08 LYS 93 -0.09 GLU 85

THR 202 0.09 ILE 94 -0.09 SER 113

THR 202 0.10 PRO 95 -0.10 GLU 85

THR 202 0.08 TYR 96 -0.08 GLU 85

LYS 199 0.09 THR 97 -0.09 SER 172

ASP 143 0.08 PHE 98 -0.09 SER 172

LYS 199 0.09 GLY 99 -0.11 SER 172

ASP 143 0.10 GLY 100 -0.12 SER 172

GLY 99 0.08 GLY 101 -0.09 SER 172

SER 160 0.08 THR 102 -0.08 SER 172

SER 160 0.09 LYS 103 -0.07 ASP 1

SER 160 0.13 LEU 104 -0.10 ASP 1

SER 160 0.14 GLU 105 -0.12 ASP 1

SER 160 0.16 ILE 106 -0.14 ASP 1

ALA 12 0.20 LYS 107 -0.13 ASP 1

PRO 8 0.11 ARG 108 -0.14 ASP 1

PRO 8 0.13 ALA 109 -0.14 ASP 1

PRO 8 0.11 ASP 110 -0.11 ASP 1

THR 5 0.08 ALA 111 -0.11 ASP 1

GLU 85 0.09 ALA 112 -0.09 ASP 1

GLU 85 0.09 PRO 113 -0.07 ASP 1

GLU 85 0.08 THR 114 -0.07 ASP 1

GLU 85 0.09 VAL 115 -0.05 ASP 1

GLU 85 0.08 SER 116 -0.04 ASP 1

SER 172 0.10 ILE 117 -0.02 ILE 144

SER 172 0.10 PHE 118 -0.03 ALA 9

SER 172 0.11 PRO 119 -0.04 PRO 8

SER 172 0.12 PRO 120 -0.04 SER 7

ASP 81 0.09 SER 121 -0.03 ALA 9

ASP 81 0.09 SER 122 -0.04 ALA 9

ASP 81 0.10 GLU 123 -0.04 SER 26

SER 172 0.09 GLN 124 -0.05 ALA 9

SER 172 0.10 LEU 125 -0.05 SER 7

ASP 81 0.08 THR 126 -0.05 SER 26

SER 113 0.10 SER 127 -0.06 SER 26

SER 113 0.13 GLY 128 -0.07 SER 7

SER 172 0.16 GLY 129 -0.07 SER 7

SER 172 0.16 ALA 130 -0.06 SER 7

SER 172 0.17 SER 131 -0.06 PRO 8

SER 172 0.15 VAL 132 -0.05 PRO 8

SER 172 0.12 VAL 133 -0.04 PRO 8

SER 84 0.11 CYS 134 -0.03 PRO 8

GLU 85 0.09 PHE 135 -0.03 ASP 1

GLU 85 0.10 LEU 136 -0.05 ASP 1

GLU 85 0.07 ASN 137 -0.07 ASP 1

MET 135 0.06 ASN 138 -0.10 ASP 1

GLU 85 0.08 PHE 139 -0.09 ASP 1

THR 62 0.09 TYR 140 -0.10 ASP 1

ALA 9 0.11 PRO 141 -0.11 SER 14

THR 62 0.11 LYS 142 -0.13 ALA 12

GLU 85 0.15 ASP 143 -0.16 ALA 12

GLU 85 0.16 ILE 144 -0.15 ASN 145

GLU 85 0.18 ASN 145 -0.15 ILE 144

GLU 85 0.18 VAL 146 -0.10 ALA 12

SER 84 0.19 LYS 147 -0.09 ALA 12

SER 84 0.18 TRP 148 -0.08 ALA 12

SER 84 0.17 LYS 149 -0.08 ALA 12

SER 84 0.17 ILE 150 -0.07 PRO 8

PRO 14 0.15 ASP 151 -0.06 PRO 8

GLY 15 0.16 GLY 152 -0.07 ARG 18

GLY 15 0.18 SER 153 -0.09 ARG 18

SER 84 0.20 GLU 154 -0.09 PRO 8

SER 84 0.22 ARG 155 -0.11 PRO 8

SER 84 0.26 GLN 156 -0.13 PRO 8

SER 172 0.27 ASN 157 -0.13 PRO 8

SER 172 0.32 GLY 158 -0.11 PRO 8

SER 172 0.23 VAL 159 -0.11 PRO 8

SER 84 0.19 LEU 160 -0.10 ALA 9

GLU 85 0.17 ASN 161 -0.09 ALA 9

GLU 85 0.13 SER 162 -0.07 ALA 9

GLU 85 0.10 TRP 163 -0.05 ALA 9

ASP 81 0.11 THR 164 -0.06 GLY 10

ILE 83 0.14 ASP 165 -0.09 GLY 41

SER 160 0.13 GLN 166 -0.15 PRO 40

SER 160 0.17 ASP 167 -0.17 GLY 41

LEU 15 0.21 SER 168 -0.22 PRO 40

LEU 15 0.20 LYS 169 -0.18 GLY 41

SER 161 0.15 ASP 170 -0.16 ASP 1

SER 160 0.13 SER 171 -0.15 PRO 40

SER 160 0.08 THR 172 -0.12 ASP 1

GLU 85 0.07 TYR 173 -0.09 ASP 1

GLU 85 0.08 SER 174 -0.07 ASP 1

GLU 85 0.11 MET 175 -0.04 ALA 12

GLU 85 0.11 SER 176 -0.04 ALA 9

SER 84 0.14 SER 177 -0.06 PRO 8

SER 172 0.16 THR 178 -0.07 PRO 8

SER 172 0.20 LEU 179 -0.08 PRO 8

SER 172 0.24 THR 180 -0.08 PRO 8

SER 172 0.24 LEU 181 -0.08 PRO 8

SER 172 0.21 THR 182 -0.08 PRO 8

SER 172 0.16 LYS 183 -0.07 SER 7

PRO 14 0.16 ASP 184 -0.07 PRO 8

SER 172 0.18 GLU 185 -0.08 PRO 8

SER 172 0.17 TYR 186 -0.07 PRO 8

SER 172 0.14 GLU 187 -0.06 PRO 8

PRO 14 0.15 ARG 188 -0.07 PRO 8

PRO 14 0.15 HIS 189 -0.06 PRO 8

SER 172 0.13 ASN 190 -0.05 PRO 8

SER 84 0.13 SER 191 -0.05 PRO 8

SER 172 0.14 TYR 192 -0.05 PRO 8

SER 84 0.14 THR 193 -0.05 ALA 12

SER 84 0.14 CYS 194 -0.06 ALA 12

GLU 85 0.15 GLU 195 -0.09 ALA 196

GLU 85 0.15 ALA 196 -0.09 GLU 195

GLU 85 0.16 THR 197 -0.10 GLN 17

GLU 85 0.14 HIS 198 -0.11 SER 14

THR 62 0.14 LYS 199 -0.14 SER 14

THR 62 0.12 THR 200 -0.13 SER 14

THR 62 0.13 SER 201 -0.11 SER 14

THR 62 0.15 THR 202 -0.13 GLN 17

GLU 85 0.14 SER 203 -0.10 GLN 17

GLU 85 0.15 PRO 204 -0.09 GLN 17

GLU 85 0.13 ILE 205 -0.07 GLN 17

GLU 85 0.13 VAL 206 -0.05 GLN 17

SER 84 0.11 LYS 207 -0.04 PRO 126

SER 84 0.12 SER 208 -0.04 ALA 12

SER 172 0.11 PHE 209 -0.04 GLY 127

SER 172 0.11 ASN 210 -0.03 GLY 127

SER 172 0.11 ARG 211 -0.04 PRO 8

SER 172 0.10 GLY 212 -0.03 PRO 8

SER 172 0.09 GLU 213 -0.03 ARG 213

ALA 201 0.17 ASP 1 -0.18 LYS 169

ALA 201 0.15 VAL 2 -0.15 SER 168

ALA 201 0.17 GLN 3 -0.16 SER 168

ALA 201 0.15 LEU 4 -0.15 SER 168

ALA 201 0.18 VAL 5 -0.17 SER 168

LYS 115 0.16 GLU 6 -0.15 SER 168

LYS 115 0.17 SER 7 -0.16 SER 168

LYS 115 0.18 GLY 8 -0.14 LYS 169

GLY 10 0.29 GLY 9 -0.13 SER 168

GLY 9 0.29 GLY 10 -0.17 THR 151

LYS 115 0.18 LEU 11 -0.21 ALA 201

ASN 157 0.19 VAL 12 -0.20 ALA 201

ASN 157 0.22 GLN 13 -0.23 ALA 201

ASN 157 0.26 PRO 14 -0.16 ALA 201

ASN 157 0.25 GLY 15 -0.16 ALA 201

ASN 157 0.21 GLY 16 -0.19 ALA 201

ASN 157 0.18 SER 17 -0.14 ALA 201

ASN 157 0.16 ARG 18 -0.12 PRO 200

ASN 157 0.14 LYS 19 -0.11 GLY 157

ASN 157 0.13 LEU 20 -0.11 SER 168

LYS 115 0.13 SER 21 -0.13 LYS 169

LYS 115 0.13 CYS 22 -0.13 SER 168

LYS 115 0.15 ALA 23 -0.15 LYS 169

ALA 201 0.13 ALA 24 -0.14 LYS 169

ALA 201 0.15 SER 25 -0.15 LYS 169

ALA 201 0.14 GLY 26 -0.15 LYS 169

ALA 201 0.12 PHE 27 -0.12 LYS 169

ALA 201 0.10 THR 28 -0.11 LYS 169

THR 116 0.09 PHE 29 -0.11 LYS 169

LYS 115 0.08 SER 30 -0.09 LYS 169

ALA 201 0.07 SER 31 -0.08 LYS 169

ALA 201 0.08 PHE 32 -0.08 SER 168

ASN 157 0.06 GLY 33 -0.07 SER 168

ASN 157 0.07 MET 34 -0.08 SER 168

ASN 157 0.08 HIS 35 -0.08 SER 168

ASN 157 0.09 TRP 36 -0.08 SER 168

GLN 156 0.09 VAL 37 -0.07 SER 168

GLN 156 0.10 ARG 38 -0.07 SER 168

GLN 156 0.10 GLN 39 -0.06 SER 168

GLN 156 0.12 ALA 40 -0.07 GLN 3

GLN 156 0.11 PRO 41 -0.06 GLY 100

ILE 144 0.12 GLU 42 -0.08 GLY 100

ASP 143 0.14 LYS 43 -0.09 SER 172

ASP 143 0.12 GLY 44 -0.08 SER 172

ASP 143 0.09 LEU 45 -0.06 SER 172

ASP 143 0.11 GLU 46 -0.07 SER 113

ASP 143 0.09 TRP 47 -0.06 GLU 85

GLN 156 0.11 VAL 48 -0.06 SER 113

GLN 156 0.10 ALA 49 -0.05 SER 168

GLN 156 0.08 TYR 50 -0.06 SER 168

ASN 157 0.08 ILE 51 -0.07 SER 168

ASN 157 0.07 SER 52 -0.06 SER 168

ASN 157 0.07 SER 52 -0.08 LYS 169

ASN 157 0.07 ASP 53 -0.07 LYS 169

ASN 157 0.08 SER 54 -0.07 LYS 169

GLN 156 0.08 SER 55 -0.06 LYS 169

GLN 156 0.08 ASN 56 -0.05 SER 168

GLN 156 0.09 ILE 57 -0.05 SER 168

GLN 156 0.10 TYR 58 -0.05 HIS 100

GLN 156 0.11 TYR 59 -0.06 SER 113

THR 202 0.12 ALA 60 -0.09 SER 113

GLN 156 0.14 ASP 61 -0.10 SER 113

GLN 156 0.16 THR 62 -0.12 SER 113

GLN 156 0.16 VAL 63 -0.09 SER 113

GLN 156 0.16 LYS 64 -0.07 SER 113

GLN 156 0.17 GLY 65 -0.07 ALA 201

GLN 156 0.18 ARG 66 -0.08 ALA 201

ASN 157 0.15 PHE 67 -0.06 PRO 200

ASN 157 0.14 THR 68 -0.06 SER 168

ASN 157 0.12 ILE 69 -0.07 SER 168

ASN 157 0.11 SER 70 -0.08 LYS 169

ASN 157 0.10 ARG 71 -0.09 LYS 169

ASN 157 0.09 ASP 72 -0.10 LYS 169

LYS 115 0.09 ASN 73 -0.10 LYS 169

LYS 115 0.10 PRO 74 -0.11 LYS 169

LYS 115 0.12 LYS 75 -0.13 LYS 169

LYS 115 0.11 ASN 76 -0.13 LYS 169

LYS 115 0.12 THR 77 -0.12 LYS 169

LYS 115 0.10 LEU 78 -0.11 SER 168

ASN 157 0.11 PHE 79 -0.10 SER 168

ASN 157 0.13 LEU 80 -0.09 SER 168

ASN 157 0.15 GLN 81 -0.08 GLY 157

ASN 157 0.17 MET 82 -0.09 PRO 200

ASN 157 0.19 THR 82 -0.12 ALA 201

ASN 157 0.22 SER 82 -0.13 ALA 201

ASN 157 0.22 LEU 82 -0.13 ALA 201

ASN 157 0.25 ARG 83 -0.16 SER 113

ASN 157 0.27 SER 84 -0.19 SER 113

GLN 156 0.24 GLU 85 -0.14 SER 113

ASN 157 0.20 ASP 86 -0.10 ASP 1

ASN 157 0.18 THR 87 -0.09 ASP 1

ASN 157 0.14 ALA 88 -0.07 SER 168

ASN 157 0.11 MET 89 -0.11 SER 168

ASN 157 0.11 TYR 90 -0.10 SER 168

PRO 147 0.10 TYR 91 -0.11 SER 168

THR 116 0.10 CYS 92 -0.11 SER 168

ALA 201 0.09 ALA 93 -0.10 SER 168

ALA 201 0.09 ARG 94 -0.09 SER 168

ALA 201 0.07 SER 95 -0.07 SER 168

PRO 200 0.08 ASN 96 -0.06 ASP 81

PRO 200 0.07 TYR 97 -0.06 ASP 81

PRO 200 0.08 VAL 98 -0.06 ASP 81

PRO 200 0.07 GLY 99 -0.05 ASP 81

PRO 200 0.06 TYR 100 -0.05 ASP 81

SER 31 0.07 HIS 100 -0.05 TYR 58

SER 31 0.05 VAL 100 -0.05 ASP 61

PRO 200 0.05 ARG 100 -0.04 GLU 85

PRO 200 0.06 TRP 100 -0.04 ASP 81

PRO 200 0.07 TYR 100 -0.05 ASP 81

PRO 200 0.08 PHE 100 -0.06 SER 168

PRO 200 0.11 ASP 101 -0.08 ASP 81

ALA 201 0.14 VAL 102 -0.10 SER 168

ALA 201 0.13 TRP 103 -0.12 SER 168

ALA 201 0.16 GLY 104 -0.15 SER 168

ALA 201 0.20 ALA 105 -0.18 SER 168

ALA 201 0.14 GLY 106 -0.16 SER 168

LYS 115 0.16 THR 107 -0.15 SER 168

LYS 115 0.16 THR 108 -0.13 SER 168

ASN 157 0.14 VAL 109 -0.10 SER 168

ASN 157 0.18 THR 110 -0.11 PRO 149

ASN 157 0.22 VAL 111 -0.15 ALA 201

ASN 157 0.23 SER 112 -0.16 SER 84

ASN 157 0.21 SER 113 -0.19 SER 84

LEU 11 0.16 ALA 114 -0.13 SER 84

GLY 9 0.19 LYS 115 -0.12 SER 84

ALA 105 0.17 THR 116 -0.15 GLN 13

GLY 41 0.15 THR 117 -0.08 GLN 13

GLY 41 0.15 PRO 118 -0.09 GLN 13

GLY 41 0.14 PRO 119 -0.05 ASP 1

ASP 81 0.12 SER 120 -0.05 ASP 1

ASP 81 0.13 VAL 121 -0.04 ASP 1

ASP 81 0.12 TYR 122 -0.03 ALA 9

ASP 81 0.12 PRO 123 -0.03 GLY 10

ASP 81 0.11 LEU 124 -0.03 GLY 10

GLU 80 0.10 ALA 125 -0.03 GLY 10

GLU 80 0.08 PRO 126 -0.04 LYS 207

SER 172 0.08 GLY 127 -0.04 PHE 209

GLU 80 0.07 SER 128 -0.03 PHE 209

SER 172 0.07 ALA 129 -0.03 SER 203

SER 172 0.08 ALA 130 -0.03 LYS 207

SER 172 0.07 GLN 131 -0.03 LYS 207

SER 172 0.06 THR 132 -0.04 ASP 1

ASP 170 0.07 ASN 133 -0.06 ASP 1

ASP 170 0.09 SER 134 -0.06 ASP 1

ASP 170 0.11 MET 135 -0.06 SER 7

GLU 80 0.10 VAL 136 -0.06 GLY 10

GLU 80 0.11 THR 137 -0.06 GLY 10

GLU 80 0.12 LEU 138 -0.06 GLY 10

GLU 80 0.13 GLY 139 -0.06 GLY 10

ASP 81 0.13 CYS 140 -0.05 GLY 10

ASP 81 0.12 LEU 141 -0.04 ALA 9

ASP 81 0.13 VAL 142 -0.04 ALA 9

GLY 41 0.13 LYS 143 -0.06 ALA 9

GLY 41 0.13 GLY 144 -0.07 GLN 3

GLY 41 0.16 TYR 145 -0.07 ASP 1

GLY 41 0.17 PHE 146 -0.08 GLN 13

GLY 41 0.19 PRO 147 -0.12 GLN 13

GLY 41 0.24 GLU 148 -0.13 LEU 11

GLY 41 0.28 PRO 149 -0.17 LEU 11

GLY 41 0.23 VAL 150 -0.13 LEU 11

ASP 81 0.23 THR 151 -0.17 GLY 10

ASP 81 0.22 VAL 152 -0.13 GLY 10

GLU 80 0.23 THR 153 -0.13 GLY 10

GLU 80 0.21 TRP 154 -0.12 GLY 10

GLU 80 0.21 ASN 155 -0.12 GLY 10

GLU 80 0.23 SER 156 -0.14 GLY 10

GLU 80 0.26 GLY 157 -0.15 GLY 10

GLU 80 0.24 SER 158 -0.13 GLY 10

GLU 80 0.23 LEU 159 -0.12 GLY 10

GLU 80 0.27 SER 160 -0.14 GLY 10

GLU 80 0.21 SER 161 -0.14 SER 7

GLU 80 0.16 GLY 162 -0.11 GLY 10

GLU 80 0.19 VAL 163 -0.11 GLY 10

GLU 80 0.16 HIS 164 -0.10 GLY 10

GLU 80 0.17 THR 165 -0.10 GLY 10

ASP 81 0.14 PHE 166 -0.06 GLY 10

PRO 40 0.17 PRO 167 -0.06 GLY 10

GLY 41 0.17 ALA 168 -0.06 ALA 9

GLY 41 0.14 VAL 169 -0.10 ALA 9

GLY 158 0.15 LEU 170 -0.11 ALA 9

GLY 158 0.24 GLN 171 -0.12 THR 5

GLY 158 0.32 SER 172 -0.15 GLN 3

GLY 158 0.22 ASP 173 -0.13 GLN 3

GLY 158 0.15 LEU 174 -0.10 GLN 3

GLY 41 0.15 TYR 175 -0.08 ALA 9

GLY 41 0.13 THR 176 -0.07 ALA 9

GLY 41 0.13 LEU 177 -0.05 ALA 9

ASP 81 0.13 SER 178 -0.04 GLY 10

GLU 80 0.15 SER 179 -0.07 GLY 10

GLU 80 0.14 SER 180 -0.07 GLY 10

GLU 80 0.15 VAL 181 -0.09 GLY 10

GLU 80 0.14 THR 182 -0.08 GLY 10

GLU 80 0.14 VAL 183 -0.08 GLY 10

LEU 15 0.13 PRO 184 -0.08 GLY 10

GLU 80 0.11 SER 185 -0.06 GLY 10

LEU 15 0.12 SER 186 -0.07 GLY 10

GLU 80 0.14 THR 187 -0.08 GLY 10

GLU 80 0.13 TRP 188 -0.07 GLY 10

GLU 80 0.12 PRO 189 -0.06 GLY 10

GLU 80 0.13 SER 190 -0.06 GLY 10

GLU 80 0.15 GLU 191 -0.08 GLY 10

GLU 80 0.16 THR 192 -0.08 GLY 10

GLU 80 0.16 VAL 193 -0.08 GLY 10

GLU 80 0.17 THR 194 -0.09 GLY 10

GLU 80 0.18 CYS 195 -0.10 GLY 10

ASP 81 0.20 ASN 196 -0.11 GLY 10

ASP 81 0.19 VAL 197 -0.11 LEU 11

ASP 81 0.21 ALA 198 -0.15 LEU 11

GLY 41 0.20 HIS 199 -0.14 LEU 11

GLY 41 0.21 PRO 200 -0.20 LEU 11

ALA 105 0.20 ALA 201 -0.23 GLN 13

GLY 41 0.17 SER 202 -0.19 GLN 13

ASP 81 0.18 SER 203 -0.18 GLN 13

ASP 81 0.18 THR 204 -0.13 GLN 13

ASP 81 0.19 LYS 205 -0.12 GLN 13

ASP 81 0.17 VAL 206 -0.09 GLN 13

ASP 81 0.18 ASP 207 -0.08 LEU 11

ASP 81 0.15 LYS 208 -0.07 GLY 10

GLU 80 0.15 LYS 209 -0.07 GLY 10

GLU 80 0.13 ILE 210 -0.06 GLY 10

GLU 80 0.12 VAL 211 -0.05 GLY 10

GLU 80 0.10 PRO 212 -0.04 GLY 10

GLU 80 0.09 ARG 213 -0.03 ASN 210

GLU 80 0.08 ASP 214 -0.03 ASP 207

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).
Between 2015 and 2025, it was hosted by US2B (Nantes).
Last modification: december 26th, 2025.

Should you encounter any unexpected behaviour, please let us know. elNémo has been hacked on november 27th. It has been moved away and runs again. **Still some additional cleaning from time to time** Sorry for the inconvenience.

*** IMMUNE SYSTEM 13-JUL-05 2AAB ***

CA distance fluctuations for 2603241814171492298

--- normal mode 8 ---

Should you encounter any unexpected behaviour,
please let us know.
elNémo has been hacked on november 27th.
It has been moved away and runs again.
Still some additional cleaning from time to time
Sorry for the inconvenience.

* IMMUNE SYSTEM 13-JUL-05 2AAB *