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please let us know.
elNémo has been relocated.
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* gv *

B-factor analysis for ID 2606160723212297512

Overall B-factor prediction

Correlation= -0.777 for 127 C-alpha atoms.

B-factors for all residues

Residue-by-residue B-factor prediction for CA atoms

B-factors are computed based on the first 100 normal modes (B-PREDICT) and are scaled to match the overall B-factors in the submitted model (B-SCALED). A high correlation with the observations is an indicator that the normal modes capture well the overall flexibility features of the model. Comparison of the observed (B-OBS, blue) and the computed (B-SCALED, red) B-factors for all C-alpha atoms is presented below. Differences between B-factors from normal mode analysis and from X-ray crystallographic data may for example indicate regions where the protein flexibility is modified due to external factors such as tight crystall-packing.

ATOM TYP RES RESID B-PREDICT B-SCALED B-OBS	B-SCALED	B-OBS
1 CA GLY 1 36.6162 1.1398 0.6500
2 CA ARG 2 10.4002 0.9111 0.4600
3 CA ILE 3 19.0958 0.9870 0.7800
4 CA ALA 4 16.4174 0.9636 0.8600
5 CA SER 5 12.9750 0.9336 0.8500
6 CA ILE 6 5.6046 0.8693 0.9200
7 CA PRO 7 3.1931 0.8482 0.9500
8 CA GLY 8 2.9355 0.8460 0.9400
9 CA GLU 9 2.9665 0.8463 0.9000
10 CA ALA 10 4.0340 0.8556 0.9500
11 CA GLU 11 3.8640 0.8541 0.9100
12 CA TYR 12 2.0763 0.8385 0.9300
13 CA LEU 13 3.0857 0.8473 0.9200
14 CA GLY 14 4.0014 0.8553 0.9600
15 CA ARG 15 3.8897 0.8543 0.8700
16 CA GLY 16 2.0734 0.8385 0.9700
17 CA VAL 17 1.6216 0.8345 0.9600
18 CA SER 18 2.3551 0.8409 0.9400
19 CA TYR 19 2.9865 0.8464 0.8900
20 CA CYS 20 3.3119 0.8493 0.9000
21 CA ALA 21 2.9085 0.8458 0.9400
22 CA THR 22 4.7047 0.8614 0.9000
23 CA CYS 23 6.3105 0.8754 0.9200
24 CA ASP 24 4.5521 0.8601 0.9000
25 CA GLY 25 3.6245 0.8520 0.9100
26 CA ALA 26 5.2074 0.8658 0.8600
27 CA PHE 27 6.4357 0.8765 0.8500
28 CA TYR 28 2.0840 0.8386 0.8500
29 CA ARG 29 3.0778 0.8472 0.7700
30 CA ASN 30 3.4104 0.8501 0.8200
31 CA ARG 31 1.5133 0.8336 0.8000
32 CA GLU 32 1.0679 0.8297 0.8800
33 CA VAL 33 0.9287 0.8285 0.9400
34 CA VAL 34 1.5505 0.8339 0.9600
35 CA VAL 35 1.0805 0.8298 0.9600
36 CA VAL 36 1.2365 0.8312 0.9400
37 CA GLY 37 1.9195 0.8371 0.9400
38 CA LEU 38 2.5852 0.8429 0.9200
39 CA ASN 39 3.1434 0.8478 0.8900
40 CA PRO 40 4.1048 0.8562 0.8900
41 CA GLU 41 3.6683 0.8524 0.8700
42 CA ALA 42 2.2144 0.8397 0.9500
43 CA VAL 43 2.7529 0.8444 0.9200
44 CA GLU 44 3.7408 0.8530 0.8800
45 CA GLU 45 3.0721 0.8472 0.8900
46 CA ALA 46 1.5847 0.8342 0.9500
47 CA GLN 47 2.1103 0.8388 0.8600
48 CA VAL 48 1.8480 0.8365 0.8800
49 CA LEU 49 1.5939 0.8343 0.9000
50 CA THR 50 1.8710 0.8367 0.8900
51 CA LYS 51 3.7682 0.8533 0.8300
52 CA PHE 52 2.2553 0.8401 0.8400
53 CA ALA 53 1.3092 0.8318 0.9000
54 CA SER 54 1.7344 0.8355 0.8700
55 CA THR 55 1.2957 0.8317 0.9200
56 CA VAL 56 0.9531 0.8287 0.9400
57 CA HIS 57 1.4205 0.8328 0.9200
58 CA TRP 58 1.4221 0.8328 0.9100
59 CA ILE 59 1.1861 0.8307 0.9300
60 CA THR 60 1.5431 0.8338 0.9100
61 CA PRO 61 2.6442 0.8434 0.8900
62 CA LYS 62 4.4133 0.8589 0.8200
63 CA ASP 63 5.1304 0.8651 0.8600
64 CA PRO 64 3.9828 0.8551 0.9000
65 CA HIS 65 5.0289 0.8643 0.8300
66 CA THR 66 8.4717 0.8943 0.8500
67 CA LEU 67 5.7981 0.8710 0.8500
68 CA ASP 68 6.0718 0.8734 0.8300
69 CA GLY 69 5.8551 0.8715 0.8500
70 CA HIS 70 4.6506 0.8610 0.8000
71 CA ALA 71 3.3634 0.8497 0.9000
72 CA ASP 72 4.4653 0.8593 0.8700
73 CA GLU 73 4.9104 0.8632 0.8400
74 CA LEU 74 3.4875 0.8508 0.9000
75 CA LEU 75 3.3065 0.8492 0.8900
76 CA ALA 76 5.5403 0.8687 0.8600
77 CA HIS 77 4.4672 0.8594 0.8600
78 CA PRO 78 7.6863 0.8874 0.8900
79 CA SER 79 2.2793 0.8403 0.9100
80 CA VAL 80 1.8025 0.8361 0.9100
81 CA LYS 81 2.4454 0.8417 0.9000
82 CA LEU 82 2.8860 0.8456 0.9200
83 CA TRP 83 1.8872 0.8368 0.8800
84 CA GLU 84 1.9905 0.8377 0.8900
85 CA LYS 85 2.5260 0.8424 0.8600
86 CA THR 86 1.8912 0.8369 0.9100
87 CA ARG 87 2.7555 0.8444 0.8400
88 CA LEU 88 2.3275 0.8407 0.9100
89 CA ILE 89 2.1169 0.8388 0.9000
90 CA ARG 90 1.7224 0.8354 0.8800
91 CA ILE 91 1.5363 0.8338 0.9200
92 CA LYS 92 1.5839 0.8342 0.9000
93 CA GLY 93 2.1871 0.8395 0.9300
94 CA GLU 94 8.5365 0.8949 0.8200
95 CA GLU 95 20.6635 1.0006 0.7700
96 CA ALA 96 13.4114 0.9374 0.8400
97 CA GLY 97 2.5718 0.8428 0.9400
98 CA VAL 98 1.1292 0.8302 0.9400
99 CA THR 99 1.6080 0.8344 0.9200
100 CA ALA 100 1.9868 0.8377 0.9400
101 CA VAL 101 1.8454 0.8365 0.9200
102 CA GLU 102 2.3820 0.8412 0.8900
103 CA VAL 103 2.4638 0.8419 0.9000
104 CA ARG 104 2.4224 0.8415 0.8100
105 CA HIS 105 4.1260 0.8564 0.8500
106 CA PRO 106 8.5507 0.8950 0.8900
107 CA GLY 107 22.8295 1.0195 0.8400
108 CA GLU 108 15.2651 0.9536 0.7600
109 CA SER 109 16.6884 0.9660 0.7300
110 CA ASP 110 14.9983 0.9512 0.7600
111 CA SER 111 6.9979 0.8814 0.8400
112 CA GLN 112 6.6599 0.8785 0.8200
113 CA GLU 113 4.5179 0.8598 0.8700
114 CA LEU 114 5.5804 0.8691 0.9000
115 CA LEU 115 2.1735 0.8393 0.9000
116 CA ALA 116 1.2577 0.8314 0.9400
117 CA GLU 117 1.2577 0.8314 0.9100
118 CA GLY 118 1.3008 0.8317 0.9600
119 CA VAL 119 1.1436 0.8304 0.9600
120 CA PHE 120 1.6574 0.8348 0.9400
121 CA VAL 121 2.6838 0.8438 0.9400
122 CA TYR 122 2.5522 0.8426 0.9100
123 CA LEU 123 5.0555 0.8645 0.8800
124 CA GLN 124 16.6782 0.9659 0.8300
125 CA GLY 125 30.6148 1.0875 0.4700
126 CA SER 126 79.9959 1.5183 0.3000
127 CA LYS 127 75.3220 1.4775 0.6200

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.