ADAN database

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

1YWT2

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 0.286 2.178 3.903 1.052 0.227 2.059 2.34 0.831 5.59 1.911 1.146 1.107 1.223 2.991 0.23
0.0
 0.095 2.916 4.687 1.759 2.366 2.758 4.562
S
TCPA
2 1.515 1.19
0.0
 2.237 1.509 1.419 1.507 2.312 0.226 0.138 0.603 0.894 0.509 0.585 2.859 2.109 1.794 0.946 0.726 0.818 0.856 1.335 4.186
N
IH
3 3.342 5.573 4.516 1.981 3.115 2.945 1.613 4.003 6.089 3.748 4.357 5.104 3.837 5.532 3.64 4.076 4.36 4.648 5.173 3.604 3.029
0.0
 0.289
s
p
4 1.968 2.285 2.262 2.263 2.171 2.011 1.956 2.538 1.913 1.492 0.818 1.208 0.199
0.0
 6.0 2.628 2.44 0.21 0.512 1.605 1.152 3.382 4.953
F
MW
5 2.818 2.289 3.296 3.198 3.179 3.237 3.424
0.0
 3.075 2.403 2.983 2.37 1.388 2.829 0.225 3.761 3.819 2.789 2.478 3.36 3.143 3.512 4.584
G
P
6 0.813 0.716 0.503 0.265 0.843 0.779 0.636 0.551 1.285 0.846 0.644 0.51 0.032 1.306 0.423 0.963 0.896 0.552 1.253 0.905 0.907
0.0
 1.756
s
MDP


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 -8.840 -7.120 -5.500 -8.240 -8.950 -7.120 -8.320 -8.290 -6.400 -7.670 -8.190 -8.070 -8.000 -6.250 -8.960 -9.380 -9.260 -7.670 -4.500 -7.560 -8.120 -6.690 -6.220
S
TPC
2 -8.400 -8.890 -9.920 -7.760 -8.410 -8.510 -8.450 -7.600 -9.700 -9.860 -9.360 -9.070 -9.510 -9.330 -7.080 -7.810 -8.200 -8.970 -9.190 -9.130 -9.060 -8.710 -7.630
N
IHM
3 -8.660 -7.950 -8.330 -10.920 -8.980 -10.060 -11.670 -8.170 -7.010 -9.630 -9.110 -8.250 -9.750 -7.550 -9.170 -7.940 -8.500 -8.670 -8.190 -9.770 -10.460 -13.140 -13.920
p
4 -8.420 -8.790 -8.180 -8.170 -8.400 -8.420 -8.480 -7.730 -8.490 -9.320 -9.910 -9.260 -10.350 -10.510 -4.370 -7.760 -8.030 -10.210 -9.990 -8.950 -10.070 -7.080 -6.960
F
MWy
5 -8.690 -9.850 -8.760 -8.900 -8.750 -8.760 -8.710 -8.840 -8.960 -9.720 -9.120 -9.730 -10.550 -9.270 -9.320 -8.270 -8.280 -9.240 -9.620 -8.750 -9.570 -8.640 -8.320
M
6 -8.340 -8.650 -8.650 -8.930 -8.310 -8.490 -8.560 -8.600 -7.870 -8.310 -8.630 -8.720 -9.240 -7.850 -8.730 -8.190 -8.360 -8.710 -7.900 -8.270 -8.290 -9.270 -8.390
s
MD


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 4.010 6.050 7.630 4.900 4.020 5.880 5.020 4.550 9.440 5.720 5.200 5.080 5.300 7.440 4.240 3.710 3.600 7.050 9.300 5.320 6.450 6.730 8.400
T
SAC
2 4.170 4.000 3.300 4.920 4.260 4.370 4.320 5.620 3.580 2.860 3.440 3.620 3.440 3.510 5.960 4.880 4.180 3.830 3.680 3.640 3.620 3.790 7.100
I
N
3 4.590 5.550 4.520 2.710 3.880 2.500 1.280 4.300 5.900 3.150 3.800 4.420 2.750 4.620 4.020 4.930 4.060 4.580 4.000 2.250 2.160 -0.500 -0.080
s
p
4 4.180 3.410 4.450 4.320 4.000 3.980 3.870 5.590 4.030 2.900 2.530 3.020 2.240 1.470 8.780 4.600 3.810 2.220 2.020 3.040 1.840 5.180 6.930
F
y
5 4.290 3.350 4.540 4.270 4.890 4.710 4.400 3.770 4.240 4.330 3.900 3.500 3.330 3.840 1.540 4.960 5.220 4.170 3.510 5.020 3.610 4.680 7.050
P
6 4.230 3.940 3.690 4.220 3.920 3.910 3.810 3.880 3.990 4.260 3.730 3.620 3.210 4.510 4.260 4.600 4.240 3.950 4.450 4.450 3.970 3.460 5.450
M
sKN

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