# 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	0.6620
2	A	0.6948
3	E	0.6620
4	L	0.7459
5	D	0.7629
6	P	0.7799
7	F	0.8313
8	G	0.8085
9	A	0.7415
10	P	0.7547
11	A	0.7718
12	G	0.8162
13	A	0.7843
14	P	0.7209
15	G	0.7982
16	G	0.7369
17	P	0.6991
18	A	0.8198
19	L	0.8462
20	G	0.8872
21	N	0.8853
22	G	0.8894
23	V	0.8713
24	A	0.8765
25	G	0.7672
26	A	0.6948
27	G	0.6661
28	E	0.6427
29	E	0.6948
30	D	0.7951
31	P	0.7916
32	A	0.8050
33	A	0.7250
34	A	0.7718
35	F	0.7982
36	L	0.7120
37	A	0.7672
38	Q	0.7718
39	Q	0.7672
40	E	0.7629
41	S	0.7080
42	E	0.5620
43	I	0.5620
44	A	0.5098
45	G	0.4652
46	I	0.5807
47	E	0.6620
48	N	0.6906
49	D	0.6427
50	E	0.6620
51	A	0.6322
52	F	0.6755
53	A	0.6661
54	I	0.7881
55	L	0.8162
56	D	0.8162
57	G	0.8942
58	G	0.9013
59	A	0.9190
60	P	0.9039
61	G	0.8920
62	P	0.9230
63	Q	0.9684
64	P	0.9677
65	H	0.9703
66	G	0.9849
67	E	0.9816
68	P	0.9703
69	P	0.9593
70	G	0.9677
71	G	0.9577
72	P	0.9634
73	D	0.9039
74	A	0.8235
75	V	0.8050
76	D	0.8162
77	G	0.8125
78	V	0.7982
79	M	0.7629
80	N	0.7595
81	G	0.7629
82	E	0.7881
83	Y	0.7459
84	Y	0.6136
85	Q	0.6089
86	E	0.6576
87	S	0.5382
88	N	0.5342
89	G	0.6227
90	P	0.5854
91	T	0.6043
92	D	0.5854
93	S	0.4831
94	Y	0.5992
95	A	0.7036
96	A	0.7120
97	I	0.7250
98	S	0.7505
99	Q	0.7369
100	V	0.6482
101	D	0.5901
102	R	0.5577
103	L	0.4507
104	Q	0.4409
105	S	0.5456
106	E	0.5951
107	P	0.6375
108	E	0.6948
109	S	0.7163
110	I	0.6806
111	R	0.6712
112	K	0.6620
113	W	0.6482
114	R	0.6531
115	E	0.6576
116	E	0.6322
117	Q	0.6183
118	M	0.5707
119	E	0.5342
120	R	0.5176
121	L	0.6136
122	E	0.6531
123	A	0.6482
124	L	0.7629
125	D	0.6712
126	A	0.6269
127	N	0.6227
128	S	0.5901
129	R	0.5992
130	K	0.4979
131	Q	0.5017
132	E	0.5992
133	A	0.4940
134	E	0.5296
135	W	0.6322
136	K	0.5017
137	E	0.4441
138	K	0.4149
139	A	0.4087
140	I	0.4292
141	K	0.4619
142	E	0.4619
143	L	0.4582
144	E	0.4119
145	E	0.4051
146	W	0.4831
147	Y	0.5017
148	A	0.4766
149	R	0.4685
150	Q	0.4979
151	D	0.5901
152	E	0.5951
153	Q	0.5098
154	L	0.5665
155	Q	0.5665
156	K	0.5665
157	T	0.6531
158	K	0.6322
159	A	0.5577
160	N	0.5577
161	N	0.5533
162	R	0.5665
163	V	0.4507
164	A	0.4186
165	D	0.5017
166	E	0.4330
167	A	0.3740
168	F	0.3704
169	Y	0.3053
170	K	0.2680
171	Q	0.2609
172	P	0.2645
173	F	0.2034
174	A	0.2680
175	D	0.2918
176	V	0.3053
177	I	0.2258
178	G	0.1731
179	Y	0.2503
180	V	0.2575
181	T	0.2752
182	N	0.2715
183	I	0.2224
184	N	0.2951
185	H	0.3215
186	P	0.3149
187	C	0.3494
188	Y	0.3286
189	S	0.2715
190	L	0.3566
191	E	0.4220
192	Q	0.3494
193	A	0.3494
194	A	0.4220
195	E	0.4087
196	E	0.3983
197	A	0.3948
198	F	0.4685
199	V	0.5577
200	N	0.5665
201	D	0.5419
202	I	0.5419
203	D	0.5211
204	E	0.4831
205	S	0.4831
206	S	0.4652
207	P	0.3872
208	G	0.3321
209	T	0.4330
210	E	0.3910
211	W	0.3910
212	E	0.4087
213	R	0.4725
214	V	0.4541
215	A	0.4441
216	R	0.4409
217	L	0.4476
218	C	0.3983
219	D	0.3872
220	F	0.3983
221	N	0.3321
222	P	0.4149
223	K	0.3983
224	S	0.3807
225	S	0.4292
226	K	0.4441
227	Q	0.3948
228	A	0.3948
229	K	0.3948
230	D	0.3774
231	V	0.4017
232	S	0.3807
233	R	0.3599
234	M	0.3426
235	R	0.3740
236	S	0.3053
237	V	0.2541
238	L	0.2541
239	I	0.2503
240	S	0.2292
241	L	0.1881
242	K	0.2224
243	Q	0.1969
244	A	0.1731
245	P	0.1702
246	L	0.1449
247	V	0.1115
248	H	0.1449