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

* Mustii2 *

Normal Mode Analysis for ID 2406081248061747729

conformational change will be analysed

The following table indicates for every normal mode its frequency (black, normalized relative to the lowest mode frequency) and its collectivity (magenta). If a second structure was submitted, the cummulative overlap between the normal modes and the conformational change is computed (red). The corresponding amplitude (dq) is then also given (green). Click on the mode link to obtain a visualization of the mean square displacement <R2> of the C-alpha atoms associated to each mode.

[HELP on collectivity] [HELP on overlap]

<R2> frequency collectivity cumulative overlap amplitude (dq)

mode 7 1.00 0.1757 NaN 0.0000

mode 8 1.12 0.4997 NaN 0.0000

mode 9 1.36 0.3960 NaN 0.0000

mode 10 2.01 0.3886 NaN 0.0000

mode 11 2.27 0.1657 NaN 0.0000

mode 12 2.33 0.4327 NaN 0.0000

mode 13 2.44 0.4685 NaN 0.0000

mode 14 2.75 0.4043 NaN 0.0000

mode 15 3.18 0.2072 NaN 0.0000

mode 16 3.25 0.3600 NaN 0.0000

mode 17 4.05 0.5947 NaN 0.0000

mode 18 4.31 0.3083 NaN 0.0000

mode 19 4.59 0.4976 NaN 0.0000

mode 20 4.69 0.4724 NaN 0.0000

mode 21 4.72 0.3378 NaN 0.0000

mode 22 4.93 0.2860 NaN 0.0000

mode 23 5.20 0.2164 NaN 0.0000

mode 24 5.51 0.3792 NaN 0.0000

mode 25 5.59 0.3912 NaN 0.0000

mode 26 6.02 0.4148 NaN 0.0000

mode 27 6.18 0.3866 NaN 0.0000

mode 28 6.41 0.5518 NaN 0.0000

mode 29 6.51 0.4681 NaN 0.0000

mode 30 7.10 0.3632 NaN 0.0000

mode 31 7.18 0.4264 NaN 0.0000

mode 32 7.42 0.4265 NaN 0.0000

mode 33 7.67 0.2842 NaN 0.0000

mode 34 7.83 0.4717 NaN 0.0000

mode 35 8.02 0.2316 NaN 0.0000

mode 36 8.32 0.4094 NaN 0.0000

mode 37 8.49 0.3052 NaN 0.0000

mode 38 8.57 0.2115 NaN 0.0000

mode 39 8.65 0.2449 NaN 0.0000

mode 40 8.77 0.3001 NaN 0.0000

mode 41 8.88 0.5505 NaN 0.0000

mode 42 9.12 0.1420 NaN 0.0000

mode 43 9.34 0.3703 NaN 0.0000

mode 44 9.40 0.1788 NaN 0.0000

mode 45 9.53 0.2727 NaN 0.0000

mode 46 9.60 0.4166 NaN 0.0000

mode 47 9.76 0.1568 NaN 0.0000

mode 48 9.85 0.2582 NaN 0.0000

mode 49 10.05 0.4908 NaN 0.0000

mode 50 10.07 0.4808 NaN 0.0000

mode 51 10.28 0.4271 NaN 0.0000

mode 52 10.36 0.4158 NaN 0.0000

mode 53 10.62 0.2236 NaN 0.0000

mode 54 10.81 0.1235 NaN 0.0000

mode 55 10.91 0.4393 NaN 0.0000

mode 56 11.19 0.4381 NaN 0.0000

mode 57 11.25 0.4530 NaN 0.0000

mode 58 11.35 0.2724 NaN 0.0000

mode 59 11.41 0.3151 NaN 0.0000

mode 60 11.48 0.3194 NaN 0.0000

mode 61 11.52 0.2789 NaN 0.0000

mode 62 11.76 0.2966 NaN 0.0000

mode 63 11.87 0.3776 NaN 0.0000

mode 64 11.93 0.4301 NaN 0.0000

mode 65 12.04 0.4611 NaN 0.0000

mode 66 12.16 0.4083 NaN 0.0000

mode 67 12.39 0.3807 NaN 0.0000

mode 68 12.43 0.4006 NaN 0.0000

mode 69 12.48 0.3148 NaN 0.0000

mode 70 12.63 0.1743 NaN 0.0000

mode 71 12.67 0.4671 NaN 0.0000

mode 72 12.81 0.3657 NaN 0.0000

mode 73 12.83 0.2924 NaN 0.0000

mode 74 12.97 0.3585 NaN 0.0000

mode 75 13.08 0.4343 NaN 0.0000

mode 76 13.13 0.2864 NaN 0.0000

mode 77 13.22 0.3350 NaN 0.0000

mode 78 13.33 0.3173 NaN 0.0000

mode 79 13.40 0.2679 NaN 0.0000

mode 80 13.48 0.3124 NaN 0.0000

mode 81 13.54 0.2375 NaN 0.0000

mode 82 13.61 0.2019 NaN 0.0000

mode 83 13.78 0.3445 NaN 0.0000

mode 84 13.82 0.3863 NaN 0.0000

mode 85 13.92 0.4008 NaN 0.0000

mode 86 14.07 0.4606 NaN 0.0000

mode 87 14.13 0.3801 NaN 0.0000

mode 88 14.16 0.3972 NaN 0.0000

mode 89 14.20 0.3954 NaN 0.0000

mode 90 14.29 0.3079 NaN 0.0000

mode 91 14.30 0.3639 NaN 0.0000

mode 92 14.52 0.3233 NaN 0.0000

mode 93 14.58 0.4948 NaN 0.0000

mode 94 14.65 0.3783 NaN 0.0000

mode 95 14.73 0.3200 NaN 0.0000

mode 96 14.84 0.3583 NaN 0.0000

mode 97 14.87 0.4167 NaN 0.0000

mode 98 14.97 0.3072 NaN 0.0000

mode 99 14.97 0.2569 NaN 0.0000

mode 100 15.04 0.4404 NaN 0.0000

mode 101 15.14 0.4333 NaN 0.0000

mode 102 15.19 0.4301 NaN 0.0000

mode 103 15.33 0.4297 NaN 0.0000

mode 104 15.38 0.4988 NaN 0.0000

mode 105 15.51 0.3918 NaN 0.0000

mode 106 15.53 0.4133 NaN 0.0000

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.

*** Mustii2 ***

Normal Mode Analysis for ID 2406081248061747729

conformational change will be analysed

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

* Mustii2 *