# IUPred2A: context-dependent prediction of protein disorder as a function of redox state and protein binding
# Balint Meszaros, Gabor Erdos, Zsuzsanna Dosztanyi
# Nucleic Acids Research 2018;46(W1):W329-W337.
#
# Prediction type: long
# Prediction output
# POS	RES	IUPRED2
1	M	0.8050
2	S	0.7755
3	Y	0.7799
4	T	0.6755
5	P	0.6620
6	G	0.6712
7	V	0.6948
8	G	0.6043
9	G	0.6183
10	D	0.6322
11	P	0.6661
12	A	0.5951
13	Q	0.5901
14	L	0.6712
15	A	0.5807
16	Q	0.5382
17	R	0.5296
18	I	0.5176
19	S	0.5139
20	S	0.4476
21	N	0.4369
22	I	0.3321
23	Q	0.3529
24	K	0.3566
25	I	0.4186
26	T	0.3704
27	Q	0.3872
28	C	0.3840
29	S	0.3872
30	V	0.3910
31	E	0.3948
32	I	0.4149
33	Q	0.4801
34	R	0.4979
35	T	0.4979
36	L	0.6227
37	N	0.6322
38	Q	0.5493
39	L	0.6427
40	G	0.6427
41	T	0.7209
42	P	0.6322
43	Q	0.7209
44	D	0.7209
45	S	0.7080
46	P	0.7080
47	E	0.7799
48	L	0.6851
49	R	0.6906
50	Q	0.7799
51	Q	0.7718
52	L	0.6948
53	Q	0.6269
54	Q	0.6183
55	K	0.6136
56	Q	0.6183
57	Q	0.5901
58	Y	0.5758
59	T	0.5758
60	N	0.5017
61	Q	0.4940
62	L	0.5017
63	A	0.4831
64	K	0.4901
65	E	0.4901
66	T	0.4330
67	D	0.4725
68	K	0.4766
69	Y	0.5493
70	I	0.5951
71	K	0.5758
72	E	0.5854
73	F	0.6661
74	G	0.6806
75	S	0.6948
76	L	0.6755
77	P	0.6620
78	T	0.5533
79	T	0.5620
80	P	0.6375
81	S	0.7369
82	E	0.7415
83	Q	0.6482
84	R	0.6755
85	Q	0.6427
86	R	0.6576
87	K	0.6269
88	I	0.5807
89	Q	0.5807
90	K	0.5807
91	D	0.4619
92	R	0.4652
93	L	0.4685
94	V	0.3872
95	A	0.3948
96	E	0.3840
97	F	0.3286
98	T	0.3392
99	T	0.3983
100	S	0.3983
101	L	0.3910
102	T	0.3566
103	N	0.3704
104	F	0.4292
105	Q	0.5017
106	K	0.5098
107	V	0.5098
108	Q	0.5139
109	R	0.4476
110	Q	0.4256
111	A	0.4220
112	A	0.4256
113	E	0.4186
114	R	0.3872
115	E	0.4725
116	K	0.4725
117	E	0.4725
118	F	0.4725
119	V	0.4725
120	A	0.4831
121	R	0.4864
122	V	0.4186
123	R	0.4766
124	A	0.4725
125	S	0.4940
126	S	0.4831
127	R	0.4940
128	V	0.4766
129	S	0.5854
130	G	0.6576
131	S	0.6948
132	F	0.6089
133	P	0.6089
134	E	0.6183
135	D	0.5176
136	S	0.5254
137	S	0.5211
138	K	0.5296
139	E	0.6089
140	R	0.6089
141	N	0.6482
142	L	0.6482
143	V	0.6712
144	S	0.6183
145	W	0.5211
146	E	0.5055
147	S	0.5176
148	Q	0.5254
149	T	0.5456
150	Q	0.4476
151	P	0.4582
152	Q	0.4541
153	V	0.5382
154	Q	0.6322
155	V	0.5254
156	Q	0.6427
157	D	0.5211
158	E	0.4369
159	E	0.4476
160	I	0.4541
161	T	0.4476
162	E	0.4220
163	D	0.4220
164	D	0.4864
165	L	0.4051
166	R	0.4652
167	L	0.4652
168	I	0.3667
169	H	0.3667
170	E	0.3321
171	R	0.4256
172	E	0.3392
173	S	0.3087
174	S	0.3087
175	I	0.2164
176	R	0.3087
177	Q	0.3249
178	L	0.3215
179	E	0.3053
180	A	0.2884
181	D	0.2918
182	I	0.2094
183	M	0.2002
184	D	0.1823
185	I	0.1643
186	N	0.1611
187	E	0.1731
188	I	0.1823
189	F	0.2645
190	K	0.2575
191	D	0.2951
192	L	0.2129
193	G	0.2094
194	M	0.2436
195	M	0.2328
196	I	0.2328
197	H	0.2328
198	E	0.1969
199	Q	0.2884
200	G	0.3149
201	D	0.3321
202	V	0.3321
203	I	0.3948
204	D	0.4051
205	S	0.3529
206	I	0.3807
207	E	0.3910
208	A	0.3872
209	N	0.3774
210	V	0.3494
211	E	0.3566
212	N	0.3460
213	A	0.4220
214	E	0.4119
215	V	0.3983
216	H	0.3872
217	V	0.4476
218	Q	0.4087
219	Q	0.4507
220	A	0.3566
221	N	0.4330
222	Q	0.4087
223	Q	0.3872
224	L	0.4149
225	S	0.3910
226	R	0.4582
227	A	0.4582
228	A	0.4369
229	D	0.3774
230	Y	0.2849
231	Q	0.2193
232	R	0.1349
233	K	0.0765
234	S	0.0424
235	R	0.0414
236	K	0.0263
237	T	0.0168
238	L	0.0194
239	C	0.0148
240	I	0.0117
241	I	0.0111
242	I	0.0079
243	L	0.0082
244	I	0.0061
245	L	0.0046
246	V	0.0037
247	I	0.0027
248	G	0.0026
249	V	0.0026
250	A	0.0032
251	I	0.0041
252	I	0.0044
253	S	0.0047
254	L	0.0052
255	I	0.0058
256	I	0.0065
257	W	0.0070
258	G	0.0083
259	L	0.0062
260	N	0.0068
261	H	0.0058