# 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	0.4541
2	S	0.5098
3	A	0.5620
4	Y	0.6136
5	P	0.6375
6	K	0.6755
7	S	0.7080
8	Y	0.7331
9	N	0.7459
10	P	0.7289
11	F	0.7289
12	D	0.7951
13	D	0.7672
14	D	0.8198
15	G	0.7881
16	E	0.7415
17	D	0.7672
18	E	0.7369
19	G	0.8162
20	A	0.8162
21	R	0.6991
22	P	0.8343
23	A	0.8343
24	P	0.8235
25	W	0.8421
26	R	0.8530
27	D	0.8198
28	A	0.8421
29	R	0.8085
30	D	0.8198
31	L	0.8375
32	P	0.8596
33	D	0.8421
34	G	0.7951
35	P	0.6851
36	D	0.8013
37	A	0.8198
38	P	0.8162
39	A	0.7916
40	D	0.7289
41	R	0.7080
42	Q	0.7843
43	Q	0.7209
44	Y	0.7209
45	L	0.6906
46	R	0.6576
47	Q	0.6136
48	E	0.6183
49	V	0.5758
50	L	0.6089
51	R	0.5901
52	R	0.5901
53	A	0.5707
54	E	0.4864
55	A	0.5493
56	T	0.5493
57	A	0.5342
58	A	0.4441
59	S	0.4409
60	T	0.4901
61	S	0.5707
62	R	0.5665
63	S	0.5139
64	L	0.5419
65	A	0.4766
66	L	0.4801
67	M	0.4766
68	Y	0.4940
69	E	0.5254
70	S	0.5382
71	E	0.4725
72	K	0.4541
73	V	0.4582
74	G	0.4725
75	V	0.5342
76	A	0.5577
77	S	0.5665
78	S	0.5254
79	E	0.6322
80	E	0.6183
81	L	0.6183
82	A	0.6227
83	R	0.6227
84	Q	0.6576
85	R	0.5901
86	G	0.6712
87	V	0.6851
88	L	0.6531
89	E	0.6661
90	R	0.6755
91	T	0.6755
92	E	0.6755
93	K	0.6906
94	M	0.6043
95	V	0.5854
96	D	0.6089
97	K	0.5951
98	M	0.6755
99	D	0.6620
100	Q	0.6620
101	D	0.6620
102	L	0.5707
103	K	0.5493
104	I	0.5577
105	S	0.5296
106	Q	0.4864
107	K	0.4766
108	H	0.4831
109	I	0.4476
110	N	0.3840
111	S	0.3840
112	I	0.2988
113	K	0.2680
114	S	0.2715
115	V	0.3321
116	F	0.3286
117	G	0.3460
118	G	0.3019
119	L	0.3019
120	V	0.3667
121	N	0.3872
122	Y	0.4220
123	F	0.5017
124	K	0.5211
125	S	0.5342
126	K	0.5951
127	P	0.7120
128	V	0.6227
129	E	0.6227
130	T	0.7036
131	P	0.7755
132	P	0.7982
133	E	0.8828
134	Q	0.9433
135	N	0.9457
136	G	0.9081
137	T	0.9081
138	L	0.8942
139	T	0.9126
140	S	0.8493
141	Q	0.8493
142	P	0.8125
143	N	0.7755
144	N	0.7547
145	R	0.7547
146	L	0.7505
147	K	0.7629
148	E	0.7331
149	A	0.8013
150	I	0.7163
151	S	0.7250
152	T	0.6906
153	S	0.6427
154	K	0.6427
155	E	0.6712
156	Q	0.6906
157	E	0.6906
158	A	0.6991
159	K	0.6712
160	Y	0.6183
161	Q	0.7250
162	A	0.7331
163	S	0.7331
164	H	0.7415
165	P	0.7916
166	N	0.7120
167	L	0.7415
168	R	0.7289
169	K	0.7595
170	L	0.7415
171	D	0.8198
172	D	0.8125
173	T	0.8125
174	D	0.7916
175	P	0.7799
176	V	0.7415
177	P	0.7331
178	R	0.7843
179	G	0.7036
180	A	0.7505
181	G	0.8162
182	S	0.8198
183	A	0.8493
184	M	0.8596
185	S	0.7881
186	T	0.7505
187	D	0.7881
188	A	0.6620
189	Y	0.6755
190	P	0.6906
191	K	0.7080
192	N	0.6089
193	P	0.6136
194	H	0.6427
195	L	0.6851
196	R	0.5992
197	A	0.6089
198	Y	0.6136
199	H	0.5577
200	Q	0.6531
201	K	0.5758
202	I	0.5854
203	D	0.4979
204	S	0.4619
205	N	0.4507
206	L	0.4541
207	D	0.4476
208	E	0.4766
209	L	0.4766
210	S	0.4476
211	M	0.3807
212	G	0.3872
213	L	0.4441
214	G	0.4507
215	R	0.4507
216	L	0.4476
217	K	0.4409
218	D	0.4441
219	I	0.4476
220	A	0.5296
221	L	0.5382
222	G	0.5758
223	M	0.4940
224	Q	0.4979
225	T	0.5055
226	E	0.5055
227	I	0.5055
228	E	0.5098
229	E	0.5017
230	Q	0.5758
231	D	0.5342
232	D	0.6136
233	I	0.6043
234	L	0.5456
235	D	0.5382
236	R	0.4801
237	L	0.4831
238	T	0.4766
239	T	0.4582
240	K	0.4507
241	V	0.4330
242	D	0.4369
243	K	0.4292
244	L	0.4901
245	D	0.4940
246	V	0.4864
247	N	0.5017
248	I	0.4979
249	K	0.4801
250	S	0.4619
251	T	0.4476
252	E	0.4901
253	R	0.4582
254	K	0.4409
255	V	0.5098
256	R	0.4725
257	Q	0.5456
258	L	0.4864