ADAN database

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

2HDX2

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 1.71 2.399 1.556 0.173 2.125 1.35 0.622 1.925 2.931 2.611 1.419 2.069 1.457 1.85 1.662 1.257 1.343 2.042 1.815 2.98 0.332
0.0
 1.727
s
Dy
2 2.083 0.76 0.57 0.17 0.57 0.59 1.763 0.57 0.94 0.57 0.57 0.63 0.57 0.57 0.58 2.083 0.57 0.55 0.57 0.57 0.037
0.0
 0.07
s
ypD
3 3.774 4.61 4.064 0.4 4.054 2.143 0.413 3.884 4.397 2.413 2.329 4.389 1.576 3.906 4.987 4.074 4.063 3.964 3.945 4.149 3.505
0.0
 0.818
s
DE
4 6.562 8.017 6.896 5.667 6.246 6.582 4.222 7.342 7.502 5.641 6.021 7.885 4.691 4.612 9.316 6.942 6.18 5.161 4.994 5.991
0.0
 6.183 6.464
y
5 3.212 6.104 3.453
0.0
 2.994 3.082 0.647 4.38 7.408 2.903 0.822 3.343 1.911 4.065 6.542 4.305 3.336 10.783 7.437 2.981 16.81 0.383 3.628
D
s
6 0.872 0.917 0.927 0.884 0.944 0.76 0.654 1.088 0.982 0.341 0.291 0.406 0.124 0.281 0.418 0.973 0.821 0.119 0.471 0.849
0.0
 0.86 1.835
y
WMFLIKPY
7 5.158 6.396 4.902 5.562 4.261 4.053 4.089 6.165 5.057 2.836 0.207 5.505
0.0
 3.434 4.718 5.945 5.132 8.638 6.083 3.576 19.372 6.568 6.858
M
L
8 1.433 0.152 1.735 1.91 1.362 0.481 1.052 1.842 2.023 0.556 0.85 0.362
0.0
 1.442 3.352 1.809 1.405 1.232 1.121 0.931 1.574 1.492 2.118
M
RKQ
9 0.7 0.885 0.956 0.021 0.88 0.582 0.021 0.916 1.13 0.594 0.651 0.546 0.005 1.1 0.544 1.05 0.748 0.791 1.0 0.765 0.946
0.0
 1.383
s
MDE


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 -17.810 -17.240 -18.050 -19.380 -18.070 -18.170 -18.900 -17.560 -16.820 -17.590 -18.210 -17.600 -18.090 -17.710 -17.890 -18.350 -18.270 -17.620 -17.770 -17.420 -19.580 -19.750 -19.500
s
ypD
2 -16.410 -17.900 -18.090 -18.490 -18.090 -18.070 -16.730 -18.090 -17.720 -18.090 -18.090 -18.030 -18.090 -18.090 -18.080 -16.410 -18.090 -18.110 -18.090 -18.090 -19.100 -18.660 -18.590
y
s
3 -15.950 -15.190 -15.580 -19.330 -15.590 -17.650 -19.420 -15.840 -15.370 -17.760 -17.560 -15.260 -18.150 -15.850 -15.960 -15.570 -15.600 -15.800 -15.960 -15.580 -16.230 -19.760 -19.750
s
pED
4 -9.380 -8.540 -9.240 -10.430 -9.890 -9.680 -12.370 -8.600 -8.790 -10.580 -10.610 -8.530 -11.660 -11.670 -9.700 -8.990 -10.050 -11.910 -11.440 -10.270 -16.390 -10.040 -11.210
y
5 -16.820 -14.760 -16.690 -19.880 -17.050 -16.940 -19.430 -15.530 -13.700 -18.080 -19.160 -16.640 -18.110 -16.890 -13.500 -15.720 -16.730 -9.970 -14.850 -18.020 -12.290 -20.360 -19.130
s
D
6 -18.330 -18.380 -18.210 -18.280 -18.220 -18.410 -18.510 -18.050 -18.220 -19.070 -18.920 -18.800 -19.040 -18.900 -18.790 -18.230 -18.510 -19.050 -18.710 -18.550 -19.240 -18.310 -18.270
y
IWMLFKP
7 -17.810 -16.270 -18.040 -17.390 -18.680 -18.570 -18.520 -15.910 -17.640 -19.810 -22.440 -17.110 -22.650 -19.480 -17.930 -16.580 -17.510 -15.140 -16.920 -19.190 -5.190 -16.090 -17.050
M
L
8 -18.330 -19.700 -18.020 -17.780 -18.390 -19.220 -18.650 -17.850 -17.670 -19.170 -18.860 -19.330 -19.760 -18.260 -16.340 -17.990 -18.300 -18.470 -18.580 -18.840 -18.120 -18.240 -18.420
M
RK
9 -18.090 -18.020 -17.850 -18.770 -17.910 -18.210 -18.780 -17.870 -17.660 -18.240 -18.430 -18.260 -18.800 -17.690 -18.250 -17.740 -18.080 -18.000 -17.790 -18.060 -17.910 -18.790 -18.390
M
sEDLp


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 20.730 21.980 21.420 19.700 20.980 20.580 19.740 21.240 22.660 21.670 19.950 21.660 20.530 21.120 20.300 20.380 20.490 20.740 20.850 21.580 19.890 19.230 21.080
s
D
2 21.960 21.580 21.740 20.830 21.690 21.390 21.440 21.480 22.020 21.290 21.260 21.380 21.510 21.120 19.730 22.130 21.460 21.330 21.340 21.420 20.250 20.900 22.160
P
3 20.280 20.570 20.240 17.480 20.300 19.010 17.910 20.710 21.020 19.220 18.220 20.070 18.010 20.200 20.590 20.500 20.970 20.380 20.290 20.340 19.650 17.390 17.900
s
D
4 25.300 25.420 25.170 24.330 24.460 24.380 22.770 26.270 25.570 23.840 23.510 24.950 22.930 22.470 28.830 25.040 23.550 23.390 22.940 24.020 18.620 24.760 24.630
y
5 19.700 23.350 20.420 17.760 20.300 19.910 17.230 21.600 24.840 19.250 18.800 20.340 18.950 22.050 22.100 20.850 20.250 28.430 25.550 19.150 34.890 17.710 21.840
E
s
6 20.930 19.990 20.770 20.670 20.880 19.800 20.370 21.660 21.130 19.600 19.830 20.180 19.780 20.060 20.540 20.870 20.190 20.230 20.210 20.250 19.640 20.750 21.110
I
yMQLRF
7 17.180 19.720 17.180 17.920 16.390 16.840 16.670 19.820 17.950 15.700 12.670 17.960 12.680 15.990 16.850 18.140 17.890 21.900 18.510 16.290 31.960 19.210 20.240
L
M
8 20.930 19.740 21.690 21.940 21.260 20.320 20.680 21.660 21.910 20.490 20.510 20.160 19.790 21.320 22.020 21.460 21.320 21.100 20.860 20.840 21.400 21.280 22.360
R
MK
9 21.200 21.270 21.460 20.540 21.350 20.460 20.430 21.390 21.740 20.990 20.970 21.050 20.490 21.760 21.560 21.610 21.170 21.320 21.580 21.230 21.620 20.740 21.920
E
QMDs

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