Prediction of Intrinsically Unstructured Proteins


IUPred
Theory
How to use
NEW
ANCHOR
Related links
Downloads



>Output


Disorder prediction score

Position Residue Disorder Tendency
1 M0.0646
2 Y0.0531
3 V0.0306
4 S0.0568
5 Y0.0765
6 L0.0985
7 L0.0851
8 D0.1162
9 K0.1449
10 D0.1702
11 V0.1942
12 S0.2436
13 M0.2715
14 Y0.3392
15 P0.2817
16 S0.3494
17 S0.4369
18 V0.5419
19 R0.5296
20 H0.4220
21 S0.3494
22 G0.4051
23 G0.4292
24 L0.5055
25 N0.6661
26 L0.5055
27 A0.5342
28 P0.5620
29 Q0.5098
30 N0.4979
31 F0.4940
32 V0.3948
33 S0.4051
34 P0.3566
35 P0.3983
36 Q0.3599
37 Y0.3983
38 P0.3983
39 D0.3529
40 Y0.3019
41 G0.2609
42 G0.3356
43 Y0.3983
44 H0.3392
45 V0.3426
46 A0.3215
47 A0.2680
48 A0.3910
49 A0.3704
50 A0.3704
51 A0.4685
52 A0.4940
53 A0.4940
54 N0.5017
55 L0.5176
56 D0.5456
57 S0.5456
58 A0.4725
59 Q0.4979
60 S0.4979
61 P0.5493
62 G0.5098
63 P0.5533
64 S0.6227
65 W0.6375
66 P0.5951
67 A0.5758
68 A0.5807
69 Y0.4979
70 G0.4476
71 A0.4685
72 P0.4476
73 L0.4476
74 R0.3983
75 E0.3740
76 D0.4441
77 W0.3948
78 N0.3948
79 G0.4292
80 Y0.5017
81 A0.4507
82 P0.4507
83 G0.4369
84 G0.5017
85 A0.4256
86 A0.4119
87 A0.3910
88 A0.4831
89 A0.4685
90 N0.4940
91 A0.5758
92 V0.5758
93 A0.5211
94 H0.4766
95 G0.4801
96 L0.4087
97 N0.4330
98 G0.4582
99 G0.5098
100 S0.5098
101 P0.5211
102 A0.4507
103 A0.5176
104 A0.5758
105 M0.5807
106 G0.5992
107 Y0.6991
108 S0.7120
109 S0.7289
110 P0.7415
111 A0.7595
112 D0.7629
113 Y0.8013
114 H0.8375
115 P0.8828
116 H0.8966
117 H0.8792
118 H0.9249
119 P0.9381
120 H0.9381
121 H0.8565
122 H0.8565
123 P0.8313
124 H0.9081
125 H0.8596
126 P0.7755
127 A0.7951
128 A0.7881
129 A0.7036
130 P0.6851
131 S0.7036
132 C0.6851
133 A0.7036
134 S0.7036
135 G0.6906
136 L0.7080
137 L0.6482
138 Q0.6531
139 T0.6906
140 L0.6948
141 N0.6427
142 P0.6183
143 G0.7799
144 P0.8343
145 P0.7799
146 G0.7799
147 P0.8623
148 A0.9039
149 A0.8853
150 T0.9013
151 A0.9415
152 A0.9415
153 A0.9346
154 E0.9039
155 Q0.7881
156 L0.7459
157 S0.7369
158 P0.6991
159 G0.7163
160 G0.7331
161 Q0.7120
162 R0.7289
163 R0.7505
164 N0.7718
165 L0.7080
166 C0.6136