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* 2J4W Structure of a Plasmodium vivax apical membrane antigen 1-Fab F8.12.19 complex *

CA distance fluctuations for 2608162333311823063

--- 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 increase ref largest decrease
LYS 427 0.05 ILE 421 -0.16 SER 165

ASP 31 0.05 PHE 422 -0.16 SER 165

ASP 31 0.08 ILE 423 -0.15 SER 165

ASP 31 0.09 SER 424 -0.14 SER 165

ASP 31 0.13 ASN 425 -0.13 SER 165

SER 30 0.12 ASP 426 -0.13 SER 165

CYS 444 0.09 LYS 427 -0.16 SER 165

CYS 444 0.08 GLU 428 -0.15 SER 165

CYS 444 0.04 SER 429 -0.15 SER 165

ASP 31 0.04 ILE 430 -0.16 SER 165

THR 443 0.04 LYS 431 -0.17 SER 165

LYS 454 0.04 CYS 432 -0.18 GLY 164

THR 443 0.03 PRO 433 -0.20 GLY 164

THR 443 0.03 CYS 434 -0.21 GLY 164

THR 443 0.06 GLU 435 -0.21 SER 165

CYS 449 0.05 PRO 436 -0.19 SER 165

PHE 27 0.07 GLU 437 -0.19 SER 165

ASP 31 0.12 ARG 438 -0.17 SER 165

ILE 28 0.15 ILE 439 -0.18 SER 52

ILE 28 0.21 SER 440 -0.18 SER 52

ILE 28 0.20 GLU 441 -0.21 SER 65

ILE 28 0.24 SER 442 -0.19 SER 65

ILE 28 0.30 THR 443 -0.15 SER 65

ILE 28 0.25 CYS 444 -0.14 SER 65

ASP 31 0.21 ASN 445 -0.13 SER 65

ASP 31 0.15 PHE 446 -0.14 SER 165

ASP 31 0.11 TYR 447 -0.16 SER 165

ASP 31 0.07 VAL 448 -0.17 SER 165

PRO 436 0.05 CYS 449 -0.18 SER 165

GLY 100 0.04 ASN 450 -0.20 GLY 164

TYR 100 0.03 CYS 451 -0.20 GLY 164

LYS 454 0.06 VAL 452 -0.19 GLY 164

LYS 454 0.07 GLU 453 -0.19 GLY 164

GLU 453 0.07 LYS 454 -0.18 GLY 164

THR 443 0.18 GLU 1 -0.29 SER 165

THR 443 0.18 VAL 2 -0.29 SER 165

THR 443 0.16 GLN 3 -0.29 SER 165

THR 443 0.15 LEU 4 -0.29 GLY 164

THR 443 0.14 VAL 5 -0.30 SER 163

THR 443 0.13 GLU 6 -0.28 SER 163

THR 443 0.13 SER 7 -0.24 SER 163

THR 443 0.12 GLY 8 -0.19 PRO 213

ASP 165 0.14 GLY 9 -0.27 PRO 213

ASP 165 0.15 GLY 10 -0.30 ALA 214

ASP 165 0.15 LEU 11 -0.26 ALA 214

ASP 165 0.14 VAL 12 -0.17 ALA 214

ASP 165 0.13 LYS 13 -0.14 ALA 214

GLU 105 0.13 PRO 14 -0.12 ALA 214

GLU 105 0.12 GLY 15 -0.12 PRO 213

GLU 105 0.11 GLY 16 -0.13 PRO 213

GLU 105 0.10 SER 17 -0.14 PRO 213

GLU 105 0.10 LEU 18 -0.16 PRO 213

THR 443 0.11 LYS 19 -0.16 SER 163

THR 443 0.11 LEU 20 -0.19 SER 163

THR 443 0.14 SER 21 -0.20 SER 163

THR 443 0.15 CYS 22 -0.23 SER 163

THR 443 0.17 ALA 23 -0.22 SER 163

THR 443 0.19 ALA 24 -0.23 SER 163

THR 443 0.21 SER 25 -0.22 SER 165

THR 443 0.23 GLY 26 -0.23 SER 165

THR 443 0.27 PHE 27 -0.22 SER 165

THR 443 0.30 ILE 28 -0.19 SER 165

THR 443 0.24 PHE 29 -0.19 SER 165

THR 443 0.25 SER 30 -0.17 SER 165

THR 443 0.26 ASP 31 -0.18 SER 165

THR 443 0.18 TYR 32 -0.20 SER 165

THR 443 0.12 TYR 33 -0.20 GLY 164

THR 443 0.12 MET 34 -0.22 GLY 164

THR 443 0.09 TYR 35 -0.24 GLY 164

THR 443 0.08 TRP 36 -0.25 GLY 164

LYS 103 0.08 VAL 37 -0.27 GLY 164

LYS 103 0.10 ARG 38 -0.27 THR 153

LYS 103 0.13 GLN 39 -0.32 PRO 151

GLU 105 0.14 THR 40 -0.35 PRO 151

GLU 105 0.19 PRO 41 -0.45 ALA 176

ILE 10 0.19 GLU 42 -0.49 ALA 176

LYS 103 0.16 LYS 43 -0.47 PRO 175

ALA 9 0.13 ARG 44 -0.37 PRO 175

GLU 46 0.11 LEU 45 -0.30 PRO 175

LEU 45 0.11 GLU 46 -0.26 GLY 164

GLY 101 0.07 TRP 47 -0.25 GLY 164

ILE 10 0.07 VAL 48 -0.23 GLY 164

VAL 48 0.07 ALA 49 -0.21 GLY 164

THR 443 0.07 THR 50 -0.21 GLY 164

THR 443 0.10 ILE 51 -0.19 GLY 164

THR 443 0.11 SER 52 -0.18 GLY 164

THR 443 0.15 ASP 52 -0.17 SER 165

THR 443 0.16 GLY 53 -0.15 SER 165

THR 443 0.13 ASN 54 -0.14 SER 165

THR 443 0.11 SER 55 -0.15 SER 165

THR 443 0.08 TYR 56 -0.16 GLY 164

THR 443 0.07 THR 57 -0.17 GLY 164

THR 443 0.05 TYR 58 -0.18 GLY 164

SER 100 0.06 TYR 59 -0.19 GLY 164

SER 100 0.08 VAL 60 -0.20 GLY 164

SER 100 0.09 ASP 61 -0.17 GLY 164

ALA 9 0.10 SER 62 -0.17 PRO 151

ALA 9 0.09 VAL 63 -0.17 GLY 164

ALA 9 0.08 LYS 64 -0.15 GLY 164

ILE 10 0.08 GLY 65 -0.14 GLY 164

ILE 10 0.09 ARG 66 -0.14 SER 163

ILE 10 0.08 PHE 67 -0.16 SER 163

THR 443 0.09 THR 68 -0.16 SER 163

THR 443 0.10 ILE 69 -0.18 SER 163

THR 443 0.13 SER 70 -0.16 SER 163

THR 443 0.16 ARG 71 -0.16 SER 163

THR 443 0.19 ASP 72 -0.15 SER 165

THR 443 0.22 ASN 73 -0.15 SER 165

THR 443 0.23 ALA 74 -0.13 SER 165

THR 443 0.21 LYS 75 -0.14 SER 165

THR 443 0.22 ASN 76 -0.17 SER 165

THR 443 0.18 ASN 77 -0.18 SER 163

THR 443 0.15 LEU 78 -0.19 SER 163

THR 443 0.13 TYR 79 -0.18 SER 163

THR 443 0.10 LEU 80 -0.18 SER 163

THR 443 0.10 GLN 81 -0.16 SER 163

GLU 105 0.10 MET 82 -0.15 SER 163

GLU 105 0.10 SER 82 -0.13 PRO 213

GLU 105 0.10 SER 82 -0.12 PRO 213

GLU 105 0.11 LEU 82 -0.15 PRO 213

GLU 105 0.13 LYS 83 -0.15 PRO 151

GLU 105 0.14 SER 84 -0.17 PRO 151

GLU 105 0.14 GLU 85 -0.20 PRO 151

GLU 105 0.13 ASP 86 -0.22 PRO 151

SER 40 0.14 THR 87 -0.28 PRO 151

SER 40 0.15 ALA 88 -0.36 PRO 151

SER 40 0.17 ILE 89 -0.36 PRO 151

SER 40 0.12 TYR 90 -0.26 THR 153

GLU 105 0.09 TYR 91 -0.30 GLY 164

THR 443 0.10 CYS 92 -0.28 GLY 164

THR 443 0.10 ALA 93 -0.28 GLY 164

THR 443 0.10 ARG 94 -0.26 GLY 164

THR 443 0.07 ASP 95 -0.25 GLY 164

THR 443 0.06 GLY 96 -0.26 SER 165

SER 442 0.06 PRO 97 -0.24 SER 165

ILE 439 0.09 THR 98 -0.21 SER 165

GLU 1 0.04 ASP 99 -0.22 SER 165

ASP 99 0.03 SER 100 -0.25 SER 165

GLU 1 0.03 SER 100 -0.23 SER 165

ASN 450 0.04 GLY 100 -0.22 SER 165

SER 92 0.04 TYR 100 -0.22 SER 165

SER 92 0.03 GLY 100 -0.24 GLY 164

SER 92 0.02 GLY 100 -0.26 GLY 164

THR 443 0.04 PHE 100 -0.29 GLY 164

THR 443 0.05 GLY 101 -0.29 GLY 164

THR 443 0.08 TYR 102 -0.31 GLY 164

THR 443 0.09 TRP 103 -0.35 GLY 164

THR 443 0.11 GLY 104 -0.35 GLY 164

SER 168 0.12 GLN 105 -0.41 GLY 164

SER 40 0.13 GLY 106 -0.33 SER 163

GLY 41 0.14 THR 107 -0.28 THR 153

ASP 165 0.18 LEU 108 -0.28 PRO 151

SER 40 0.15 VAL 109 -0.24 PRO 213

ASP 165 0.17 THR 110 -0.23 ALA 214

ASP 165 0.15 VAL 111 -0.18 ALA 214

ASP 165 0.15 SER 112 -0.15 SER 84

ASP 165 0.13 GLU 113 -0.09 LYS 454

ASP 165 0.13 ALA 114 -0.10 SER 84

ASP 165 0.10 LYS 115 -0.12 PRO 41

ASP 165 0.10 THR 116 -0.17 PRO 41

ASP 165 0.07 THR 117 -0.20 PRO 41

ALA 176 0.07 PRO 118 -0.23 PRO 41

SER 162 0.06 PRO 119 -0.27 PRO 41

VAL 219 0.04 SER 120 -0.24 PRO 41

ASN 161 0.04 VAL 121 -0.26 GLY 41

ASN 161 0.04 TYR 122 -0.25 GLY 41

SER 131 0.04 PRO 123 -0.27 GLY 41

VAL 132 0.04 LEU 124 -0.26 SER 40

PRO 200 0.06 ALA 125 -0.25 SER 40

ARG 199 0.06 PRO 126 -0.23 SER 40

PRO 200 0.09 GLY 127 -0.20 SER 40

SER 202 0.09 SER 128 -0.19 SER 40

GLN 133 0.14 ALA 129 -0.19 ASP 170

PHE 209 0.14 ALA 130 -0.22 ASP 170

ALA 129 0.14 GLN 133 -0.24 LYS 169

SER 208 0.10 THR 134 -0.28 ASP 170

SER 208 0.10 ASN 135 -0.32 ASP 170

SER 208 0.09 SER 136 -0.35 ASP 170

SER 208 0.08 MET 137 -0.36 LYS 169

SER 208 0.09 VAL 138 -0.30 LYS 169

LYS 207 0.06 THR 139 -0.29 SER 40

PHE 118 0.05 LEU 140 -0.30 SER 40

ASN 162 0.03 GLY 141 -0.32 SER 40

ASN 161 0.03 CYS 142 -0.33 GLY 41

ASN 161 0.04 LEU 143 -0.28 GLU 42

SER 162 0.05 VAL 144 -0.30 GLU 42

SER 162 0.05 LYS 145 -0.28 GLU 42

SER 162 0.07 GLY 146 -0.26 PRO 41

ALA 176 0.08 TYR 147 -0.29 PRO 41

ASP 165 0.11 PHE 148 -0.27 PRO 41

ASP 165 0.13 PRO 149 -0.29 PRO 41

ASP 165 0.15 GLU 150 -0.41 PRO 41

PRO 175 0.16 PRO 151 -0.42 PRO 41

PRO 175 0.12 VAL 152 -0.36 PRO 41

THR 173 0.09 THR 153 -0.45 GLY 41

VAL 210 0.07 VAL 154 -0.55 GLY 41

THR 114 0.04 THR 156 -0.55 GLY 41

SER 116 0.04 TRP 157 -0.46 GLY 41

LYS 207 0.04 ASN 162 -0.40 GLY 41

LYS 222 0.03 SER 163 -0.44 SER 42

THR 114 0.04 GLY 164 -0.52 SER 42

VAL 115 0.04 SER 165 -0.44 SER 42

VAL 115 0.05 LEU 166 -0.44 SER 40

SER 168 0.07 SER 167 -0.53 SER 40

THR 114 0.08 SER 168 -0.46 SER 168

THR 114 0.10 GLY 169 -0.42 SER 168

THR 114 0.09 VAL 171 -0.47 SER 40

THR 114 0.07 HIS 172 -0.46 SER 40

THR 153 0.09 THR 173 -0.55 SER 40

PRO 151 0.11 PHE 174 -0.40 SER 40

PRO 151 0.16 PRO 175 -0.48 GLU 42

TYR 185 0.10 ALA 176 -0.49 GLU 42

SER 162 0.15 VAL 177 -0.47 GLU 42

LYS 142 0.12 LEU 178 -0.40 GLU 42

LYS 142 0.10 GLN 179 -0.30 GLU 42

LYS 142 0.09 SER 180 -0.24 GLU 42

LYS 142 0.11 ASP 183 -0.23 GLU 42

LYS 142 0.09 LEU 184 -0.28 PRO 41

ALA 176 0.10 TYR 185 -0.36 PRO 41

SER 162 0.08 THR 186 -0.35 GLU 42

SER 162 0.07 LEU 187 -0.37 GLU 42

PRO 113 0.04 SER 188 -0.32 GLU 42

THR 114 0.05 SER 189 -0.40 SER 40

VAL 115 0.06 SER 190 -0.37 SER 40

VAL 115 0.06 VAL 191 -0.38 SER 40

LYS 207 0.05 THR 192 -0.36 ASP 167

SER 208 0.06 VAL 193 -0.38 LYS 169

SER 208 0.08 PRO 194 -0.39 LYS 169

PHE 209 0.09 SER 195 -0.33 LYS 169

SER 128 0.08 SER 196 -0.33 LYS 169

SER 128 0.07 PRO 198 -0.32 LYS 169

GLY 127 0.08 ARG 199 -0.28 SER 40

SER 128 0.09 PRO 200 -0.26 SER 40

SER 128 0.09 SER 202 -0.26 SER 40

SER 128 0.07 GLU 203 -0.28 SER 40

PRO 227 0.06 THR 204 -0.30 GLY 41

SER 122 0.05 VAL 205 -0.33 GLY 41

SER 122 0.04 THR 206 -0.35 GLY 41

PRO 123 0.03 CYS 208 -0.38 GLY 41

THR 156 0.03 ASN 209 -0.39 GLY 41

VAL 154 0.07 VAL 210 -0.36 GLY 41

PRO 175 0.07 ALA 211 -0.27 GLY 106

PRO 175 0.09 HIS 212 -0.28 PRO 41

PRO 175 0.09 PRO 213 -0.29 GLY 10

ASP 165 0.10 ALA 214 -0.30 GLY 10

PRO 175 0.08 SER 215 -0.20 PRO 41

THR 443 0.08 SER 216 -0.20 GLY 10

PRO 175 0.07 THR 217 -0.22 PRO 41

VAL 154 0.05 LYS 218 -0.24 THR 107

SER 120 0.04 VAL 219 -0.26 GLY 41

ASN 161 0.03 ASP 220 -0.30 GLY 41

GLU 123 0.03 LYS 221 -0.29 GLY 41

SER 122 0.05 LYS 222 -0.29 GLY 41

SER 122 0.07 ILE 223 -0.28 GLY 41

SER 122 0.08 VAL 226 -0.25 GLY 41

SER 202 0.09 PRO 227 -0.23 SER 40

SER 122 0.07 ARG 228 -0.21 SER 40

GLU 187 0.07 ASP 232 -0.19 SER 40

GLU 187 0.08 CYS 233 -0.18 SER 40

THR 51 0.02 SER 2 -0.22 PRO 175

ASP 61 0.04 VAL 3 -0.26 PRO 175

ASP 61 0.05 LEU 4 -0.27 PRO 175

ASP 61 0.06 SER 5 -0.27 PRO 175

SER 62 0.07 GLN 6 -0.27 TRP 163

GLU 42 0.09 SER 7 -0.26 TRP 163

GLU 42 0.14 PRO 8 -0.24 TRP 163

GLU 42 0.19 ALA 9 -0.30 TRP 163

GLU 42 0.19 ILE 10 -0.29 TRP 163

GLU 42 0.17 LEU 11 -0.23 SER 167

PRO 41 0.17 SER 12 -0.21 MET 137

PRO 41 0.14 ALA 13 -0.20 PRO 194

PRO 41 0.14 SER 14 -0.22 SER 136

PRO 41 0.12 PRO 15 -0.24 PRO 194

PRO 41 0.10 GLY 16 -0.22 PRO 194

PRO 41 0.12 GLU 17 -0.20 PRO 194

GLU 42 0.11 LYS 18 -0.20 SER 168

GLU 42 0.12 VAL 19 -0.22 SER 168

GLU 42 0.08 THR 20 -0.24 SER 167

GLU 42 0.09 MET 21 -0.26 SER 167

GLU 42 0.06 THR 22 -0.25 SER 167

SER 62 0.04 CYS 23 -0.25 SER 167

ASP 61 0.03 ARG 24 -0.23 SER 167

TYR 71 0.03 ALA 25 -0.23 SER 167

THR 69 0.02 ARG 26 -0.23 PRO 175

THR 51 0.03 SER 27 -0.20 SER 167

THR 51 0.03 SER 29 -0.20 SER 167

THR 51 0.03 VAL 30 -0.21 SER 167

TYR 32 0.03 SER 31 -0.21 SER 167

SER 31 0.03 TYR 32 -0.23 SER 167

THR 51 0.03 MET 33 -0.25 SER 167

ILE 48 0.02 HIS 34 -0.27 SER 167

CYS 88 0.04 TRP 35 -0.31 SER 167

GLY 106 0.04 TYR 36 -0.35 SER 167

GLY 106 0.07 GLN 37 -0.40 SER 167

ALA 84 0.12 GLN 38 -0.43 SER 167

ALA 84 0.14 LYS 39 -0.52 SER 167

LEU 108 0.18 SER 40 -0.55 THR 173

LEU 108 0.17 GLY 41 -0.55 VAL 154

GLY 106 0.13 SER 42 -0.52 GLY 164

ALA 84 0.10 SER 43 -0.43 GLY 164

ALA 84 0.07 PRO 44 -0.39 GLY 164

GLY 106 0.05 LYS 45 -0.39 SER 167

TRP 47 0.03 PRO 46 -0.34 SER 167

GLY 106 0.04 TRP 47 -0.33 SER 167

GLY 68 0.03 ILE 48 -0.29 SER 167

SER 31 0.02 HIS 49 -0.26 SER 167

SER 31 0.03 ALA 50 -0.24 SER 167

GLY 68 0.04 THR 51 -0.24 SER 167

SER 67 0.04 SER 52 -0.24 SER 167

SER 67 0.04 ASN 53 -0.24 SER 165

SER 56 0.04 LEU 54 -0.27 SER 165

SER 56 0.03 ALA 55 -0.29 SER 165

LEU 54 0.04 SER 56 -0.30 SER 165

SER 65 0.03 GLY 57 -0.33 SER 165

SER 65 0.04 VAL 58 -0.32 SER 167

PRO 41 0.05 PRO 59 -0.29 SER 165

PRO 41 0.05 ALA 60 -0.25 SER 165

PRO 41 0.06 ARG 61 -0.25 SER 168

PRO 41 0.06 PHE 62 -0.27 SER 167

PRO 41 0.04 SER 63 -0.25 SER 167

CYS 88 0.04 GLY 64 -0.25 SER 167

ALA 60 0.04 SER 65 -0.22 SER 167

ALA 60 0.03 GLY 66 -0.22 SER 167

SER 52 0.04 SER 67 -0.20 SER 167

THR 51 0.04 GLY 68 -0.20 SER 167

SER 52 0.02 THR 69 -0.21 SER 167

ALA 25 0.03 SER 70 -0.22 SER 167

ALA 25 0.03 TYR 71 -0.23 SER 167

GLU 42 0.04 SER 72 -0.25 SER 167

PRO 41 0.05 LEU 73 -0.27 SER 167

GLU 42 0.07 THR 74 -0.25 SER 167

PRO 41 0.08 ILE 75 -0.25 SER 168

PRO 41 0.08 SER 76 -0.22 SER 168

PRO 41 0.10 ARG 77 -0.22 PRO 194

PRO 41 0.11 VAL 78 -0.26 SER 168

PRO 41 0.10 GLU 79 -0.29 SER 168

LEU 108 0.12 ALA 80 -0.32 SER 168

LEU 108 0.12 GLU 81 -0.41 SER 168

PRO 41 0.11 ASP 82 -0.36 SER 168

PRO 41 0.14 ALA 83 -0.36 SER 168

PRO 41 0.14 ALA 84 -0.40 SER 167

PRO 41 0.12 THR 85 -0.37 SER 167

VAL 19 0.08 TYR 86 -0.35 SER 167

GLU 46 0.06 TYR 87 -0.32 SER 167

LEU 73 0.04 CYS 88 -0.29 SER 167

VAL 60 0.03 GLN 89 -0.28 SER 167

TYR 32 0.02 GLN 90 -0.25 SER 167

SER 2 0.01 TRP 91 -0.23 GLY 164

TYR 100 0.04 SER 92 -0.21 SER 167

TYR 100 0.02 SER 93 -0.21 GLY 164

VAL 3 0.03 HIS 94 -0.21 GLY 164

THR 57 0.03 PRO 95 -0.22 GLY 164

TYR 58 0.03 PRO 96 -0.24 GLY 164

VAL 60 0.04 THR 97 -0.25 GLY 164

ASP 61 0.06 PHE 98 -0.28 SER 167

ASP 61 0.07 GLY 99 -0.30 PRO 175

SER 62 0.10 SER 100 -0.36 PRO 175

LYS 43 0.12 GLY 101 -0.31 PRO 175

GLU 42 0.14 THR 102 -0.30 SER 167

PRO 41 0.17 LYS 103 -0.35 ASP 165

PRO 41 0.17 LEU 104 -0.28 SER 167

PRO 41 0.19 GLU 105 -0.25 SER 168

PRO 41 0.16 ILE 106 -0.24 PRO 194

PRO 41 0.15 LYS 107 -0.21 SER 136

LEU 108 0.12 ARG 108 -0.24 SER 136

LEU 108 0.11 ALA 109 -0.23 SER 136

THR 110 0.11 ASP 110 -0.19 ASN 135

PRO 151 0.10 ALA 111 -0.24 ASN 135

PRO 151 0.09 ALA 112 -0.18 ASN 135

ASN 137 0.09 PRO 113 -0.19 ILE 10

GLY 169 0.10 THR 114 -0.20 ALA 130

GLY 169 0.08 VAL 115 -0.18 ILE 10

CYS 134 0.07 SER 116 -0.20 LYS 103

VAL 138 0.07 ILE 117 -0.19 SER 100

VAL 138 0.07 PHE 118 -0.20 SER 40

PRO 200 0.06 PRO 119 -0.19 GLU 42

PRO 200 0.05 PRO 120 -0.20 GLU 42

ILE 223 0.06 SER 121 -0.20 GLU 42

VAL 226 0.08 SER 122 -0.19 GLU 42

VAL 226 0.05 GLU 123 -0.20 GLU 42

SER 202 0.04 GLN 124 -0.21 GLU 42

ARG 228 0.06 LEU 125 -0.19 GLU 42

ARG 228 0.05 THR 126 -0.18 GLU 42

SER 202 0.04 SER 127 -0.20 GLU 42

ARG 228 0.05 GLY 128 -0.19 GLU 42

ARG 228 0.04 GLY 129 -0.21 GLU 42

ARG 228 0.05 ALA 130 -0.21 GLU 42

PRO 200 0.04 SER 131 -0.22 GLU 42

PRO 200 0.05 VAL 132 -0.21 GLU 42

THR 178 0.04 VAL 133 -0.23 GLU 42

SER 116 0.07 CYS 134 -0.20 SER 100

SER 190 0.05 PHE 135 -0.22 LYS 103

PRO 151 0.07 LEU 136 -0.22 ILE 10

PRO 113 0.09 ASN 137 -0.22 LYS 103

PRO 151 0.11 ASN 138 -0.25 MET 137

PRO 151 0.10 PHE 139 -0.20 ASN 135

THR 110 0.12 TYR 140 -0.20 ASN 135

THR 110 0.13 PRO 141 -0.19 ILE 10

THR 110 0.14 LYS 142 -0.26 ILE 10

SER 112 0.13 ASP 143 -0.25 ILE 10

SER 112 0.11 ILE 144 -0.22 ILE 10

SER 112 0.10 ASN 145 -0.22 ALA 9

SER 112 0.07 VAL 146 -0.20 ALA 9

SER 112 0.05 LYS 147 -0.17 SER 5

ALA 130 0.05 TRP 148 -0.17 SER 100

ALA 130 0.06 LYS 149 -0.15 SER 5

ALA 130 0.07 ILE 150 -0.15 SER 100

GLN 133 0.07 ASP 151 -0.14 SER 100

GLN 133 0.07 GLY 152 -0.13 SER 5

GLN 133 0.07 SER 153 -0.14 SER 5

GLN 133 0.06 GLU 154 -0.14 SER 5

ALA 130 0.05 ARG 155 -0.15 SER 5

ALA 130 0.05 GLN 156 -0.16 SER 5

ASN 145 0.05 ASN 157 -0.17 SER 5

ASP 143 0.05 GLY 158 -0.20 GLU 42

ASN 145 0.06 VAL 159 -0.22 GLU 42

ASP 143 0.06 LEU 160 -0.28 GLU 42

VAL 177 0.09 ASN 161 -0.28 GLU 42

VAL 177 0.15 SER 162 -0.33 GLU 42

VAL 177 0.13 TRP 163 -0.31 LYS 103

PRO 151 0.16 THR 164 -0.30 LYS 103

LEU 108 0.18 ASP 165 -0.35 LYS 103

LEU 108 0.16 GLN 166 -0.29 GLY 169

LEU 108 0.15 ASP 167 -0.42 GLY 169

LEU 108 0.15 SER 168 -0.46 SER 168

LEU 108 0.13 LYS 169 -0.41 SER 168

LEU 108 0.13 ASP 170 -0.36 MET 137

LEU 108 0.14 SER 171 -0.28 MET 137

LEU 108 0.13 THR 172 -0.27 MET 137

PRO 151 0.12 TYR 173 -0.25 LYS 103

PRO 151 0.11 SER 174 -0.24 LYS 103

VAL 177 0.10 MET 175 -0.25 LYS 103

VAL 177 0.07 SER 176 -0.25 SER 100

GLU 113 0.05 SER 177 -0.24 GLU 42

ASN 145 0.04 THR 178 -0.25 GLU 42

ALA 130 0.04 LEU 179 -0.22 GLU 42

PRO 120 0.04 THR 180 -0.23 GLU 42

ARG 228 0.05 LEU 181 -0.20 GLU 42

ARG 228 0.05 THR 182 -0.19 GLU 42

ARG 228 0.07 LYS 183 -0.18 GLU 42

ARG 228 0.06 ASP 184 -0.16 GLU 42

ARG 228 0.05 GLU 185 -0.16 GLU 42

ARG 228 0.06 TYR 186 -0.17 GLU 42

CYS 233 0.08 GLU 187 -0.16 GLU 42

CYS 233 0.06 ARG 188 -0.14 GLU 42

GLN 133 0.07 HIS 189 -0.14 GLU 42

GLN 133 0.08 ASN 190 -0.14 SER 100

ALA 130 0.10 SER 191 -0.14 SER 100

ALA 130 0.09 TYR 192 -0.16 SER 100

ALA 130 0.08 THR 193 -0.16 SER 100

ALA 130 0.05 CYS 194 -0.17 SER 100

SER 112 0.05 GLU 195 -0.17 ALA 9

SER 112 0.06 ALA 196 -0.18 ALA 9

SER 112 0.08 THR 197 -0.17 ALA 9

SER 112 0.09 HIS 198 -0.17 ILE 10

SER 112 0.10 LYS 199 -0.14 ILE 10

SER 112 0.09 THR 200 -0.12 ILE 10

SER 112 0.08 SER 201 -0.12 ILE 10

SER 112 0.07 THR 202 -0.11 SER 7

SER 112 0.06 SER 203 -0.12 ALA 9

SER 112 0.06 PRO 204 -0.14 ALA 9

GLY 169 0.06 ILE 205 -0.15 ILE 10

ASN 135 0.07 VAL 206 -0.16 ALA 9

ASN 135 0.09 LYS 207 -0.16 ALA 9

ALA 130 0.13 SER 208 -0.16 SER 100

ALA 130 0.14 PHE 209 -0.16 SER 100

ALA 130 0.11 ASN 210 -0.15 SER 100

ALA 130 0.09 ARG 211 -0.15 GLU 42

SER 202 0.07 ASN 212 -0.15 GLU 42

SER 202 0.08 GLU 213 -0.16 SER 40

SER 202 0.09 CYS 214 -0.18 SER 40

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: april 24th, 2026.

Should you encounter any unexpected behaviour, please let us know. elNémo has been relocated. **Some cleaning from time to time** Sorry for the inconvenience.

*** 2J4W Structure of a Plasmodium vivax apical membrane antigen 1-Fab F8.12.19 complex ***

CA distance fluctuations for 2608162333311823063

--- normal mode 10 ---

Should you encounter any unexpected behaviour,
please let us know.
elNémo has been relocated.
Some cleaning from time to time
Sorry for the inconvenience.

* 2J4W Structure of a Plasmodium vivax apical membrane antigen 1-Fab F8.12.19 complex *