ADAN database

Help mscoring

 

One and three code letter for natural and phosphorylated amino acids.                           (Please read this help!)

2VIF2

Normalized sum of energies

 

# ALA ARG ASN ASP CYS GLN GLU GLY HIS ILE LEU LYS MET PHE PRO SER THR TRP TYR VAL PTR SEP TPO optimum
1 1.821 2.624 2.093 0.58 2.071 1.34 0.888 1.579 2.811 1.941 1.939 1.951 1.185 1.601 0.851 2.091 2.202 1.132 1.722 2.081 0.773
0.0
 1.739
s
2 2.216 2.192 1.458 0.963 1.89 1.724 1.202 1.902 1.716 4.372 0.653 1.952 0.724 0.876 5.523 1.803 5.465 0.904 1.026 4.046
0.0
 1.19 7.066
y
3 9.692 9.932 10.169 8.187 9.807 9.907 7.26 9.921 10.294 9.399 8.273 9.938 8.528 7.795 11.4 10.326 9.862 8.749 7.592 9.726
0.0
 7.515 8.831
y
4 2.699 3.342 3.027 2.304 1.997 2.924 1.811 3.939 3.386
0.0
 2.954 2.731 0.549 1.777 8.323 3.689 2.573 4.69 2.14 0.437 0.842 6.169 8.705
I
V
5 3.775 2.553 2.713 2.612 3.82 3.722 2.301 4.508 2.898 3.216 2.296 3.072 1.567 1.138 5.02 4.463 4.361 2.781 1.698 2.607
0.0
 4.516 6.804
y
6 3.398 1.08 2.564 4.125 2.925 2.699 3.768 4.516 3.077 0.525 0.566 1.322
0.0
 1.419 1.574 4.207 3.244 4.019 2.97 1.356 8.963 5.01 6.911
M
7 1.153 1.34 1.432 0.517 0.04 1.112 0.263 1.742 1.423
0.0
 0.518 0.913 0.583 0.621 6.246 1.583 1.802 0.323 0.618 0.771 0.583 0.306 3.859
I
CEsW
8 1.835 1.204 2.203 1.62 1.985 1.658
0.0
 2.031 1.96 0.828 1.625 1.21 0.564 1.862 1.617 2.669 1.97 1.579 1.9 1.574 2.067 0.978 2.433
E
9 1.44 0.681 0.223 1.95 1.06 1.104 1.432 1.69 1.129 0.767 0.496 1.25 0.424 1.073 1.995 0.716
0.0
 0.89 1.063 1.222 0.8 1.975 3.496
T
NML


Binding energies

# ALA ARG ASN ASP CYS GLN GLU GLY HIS ILE LEU LYS MET PHE PRO SER THR TRP TYR VAL PTR SEP TPO optimum
1 -23.980 -23.300 -23.710 -25.240 -23.730 -24.540 -25.010 -23.830 -22.990 -23.870 -23.860 -23.860 -24.630 -24.210 -24.950 -23.710 -23.610 -24.680 -24.090 -23.730 -25.040 -25.820 -25.170
s
2 -24.040 -23.890 -24.530 -25.050 -24.080 -24.440 -24.770 -23.570 -24.310 -23.330 -25.350 -24.150 -25.280 -25.110 -23.330 -24.200 -22.800 -25.210 -24.960 -23.520 -26.030 -24.880 -22.900
y
3 -13.040 -12.780 -12.570 -14.550 -12.930 -12.750 -15.990 -12.550 -12.350 -14.010 -14.480 -12.710 -14.590 -15.330 -12.730 -12.410 -12.870 -15.240 -15.580 -13.300 -23.370 -15.770 -15.220
y
4 -22.750 -22.100 -22.320 -23.120 -23.390 -22.620 -23.680 -21.340 -22.070 -25.610 -22.750 -22.590 -24.820 -23.870 -17.820 -21.710 -22.870 -22.260 -23.570 -24.950 -24.760 -19.940 -18.020
I
5 -22.080 -23.430 -23.230 -23.180 -22.000 -22.170 -23.570 -21.180 -22.950 -23.020 -23.550 -22.810 -24.280 -24.780 -20.800 -21.360 -21.500 -23.010 -24.230 -23.420 -25.820 -21.340 -20.480
y
6 -21.990 -24.660 -22.920 -21.370 -22.570 -22.830 -21.660 -20.820 -22.510 -24.930 -24.910 -24.240 -25.410 -24.200 -23.850 -21.250 -22.180 -21.750 -22.660 -24.070 -17.110 -20.750 -20.620
M
IL
7 -22.620 -22.540 -22.380 -23.270 -24.000 -22.670 -23.510 -22.030 -22.350 -23.910 -23.260 -22.860 -23.260 -23.160 -17.690 -22.190 -21.970 -23.450 -23.160 -23.100 -23.220 -23.590 -22.660
C
IsE
8 -21.350 -22.170 -21.130 -21.570 -21.210 -21.640 -23.510 -21.110 -21.280 -22.590 -21.730 -22.090 -22.680 -21.380 -21.520 -20.610 -21.280 -21.700 -21.370 -21.590 -21.430 -22.560 -23.020
E
p
9 -22.990 -23.890 -24.220 -22.480 -23.370 -23.330 -23.000 -22.740 -23.300 -23.670 -23.940 -23.240 -24.010 -23.400 -23.110 -23.710 -24.430 -23.540 -23.410 -23.210 -23.680 -22.610 -22.460
T
NML


Stability energies

# ALA ARG ASN ASP CYS GLN GLU GLY HIS ILE LEU LYS MET PHE PRO SER THR TRP TYR VAL PTR SEP TPO optimum
1 16.540 17.150 16.770 15.390 16.570 16.010 15.440 16.760 17.740 16.320 16.300 16.690 15.650 16.670 15.480 16.790 16.910 15.850 16.760 16.790 15.600 14.940 17.360
s
DE
2 16.920 16.540 15.270 15.190 16.670 16.100 15.740 15.050 16.030 19.640 15.070 16.040 15.370 15.240 20.810 16.240 20.320 15.580 15.390 18.920 14.200 15.940 21.240
y
3 24.240 25.150 24.950 22.790 24.540 25.280 22.070 25.270 26.010 24.510 22.900 25.230 23.550 23.100 24.940 25.000 24.500 23.940 22.850 24.430 15.900 22.030 23.590
y
4 18.210 18.930 18.540 17.930 17.350 18.450 17.040 19.740 19.380 15.110 18.100 18.100 15.920 16.620 24.380 18.810 17.390 19.740 17.240 15.590 15.740 21.510 24.380
I
V
5 18.670 17.220 17.410 17.330 18.530 18.850 17.220 20.020 18.330 17.440 16.790 17.600 16.510 15.800 20.780 19.430 18.540 17.720 16.580 16.880 14.870 19.720 21.530
y
6 18.580 15.450 18.020 19.490 18.430 18.350 19.150 20.330 18.620 15.680 15.660 16.920 15.360 16.640 16.600 19.530 18.660 19.620 18.370 16.940 24.950 20.550 22.790
M
RLI
7 18.930 18.250 18.940 18.770 17.840 18.420 18.210 20.210 19.180 17.800 18.170 18.110 18.300 17.960 23.180 19.430 19.370 18.110 18.080 18.560 18.080 17.940 21.920
I
CsFYyKWLERM
8 20.010 19.410 19.830 20.200 20.560 20.170 17.860 20.590 20.290 19.410 19.860 19.500 18.980 20.170 19.030 20.060 20.190 20.060 20.220 19.880 20.350 19.600 21.520
E
9 18.760 18.220 17.380 19.330 18.380 18.010 18.820 18.980 18.350 17.730 17.630 18.290 17.300 18.410 19.940 18.100 17.440 18.230 18.380 18.410 18.060 19.670 21.090
M
NTLI

footer

    Comments or questions on the site? Send a mail to adandatabase@umh.es                                                      DISCLAIMER